57f4_2696
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B3 on one chromosome and A8,B6 on the other chromosome.
The father has a HLA genotype of A9,B8 on one chromosome and A4,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A8,B3,B8 Incorrect B. A6,A8,B3,B6 Incorrect C. A4,A9,B1,B8 Incorrect D. A4,A8,B1,B6 Correct E. A4,A6,B6,B8 Incorrect MC87db_3986
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B2 on one chromosome and A5,B7 on the other chromosome.
The father has a HLA genotype of A6,B3 on one chromosome and A8,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A7,B2,B3 Correct B. A5,A7,B2,B7 Incorrect C. A6,A8,B3,B5 Incorrect D. A7,A8,B3,B7 Incorrect E. A5,A6,B2,B5 Incorrect MC89e6_d92e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B6 on one chromosome and A1,B2 on the other chromosome.
The father has a HLA genotype of A8,B1 on one chromosome and A3,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A9,B3,B6 Correct B. A1,A8,B3,B6 Incorrect C. A1,A9,B2,B6 Incorrect D. A8,A9,B2,B3 Incorrect E. A3,A8,B1,B3 Incorrect MC599c_a4a2
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B7 on one chromosome and A9,B8 on the other chromosome.
The father has a HLA genotype of A1,B1 on one chromosome and A3,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A7,B1,B8 Incorrect B. A3,A9,B4,B8 Correct C. A1,A3,B1,B4 Incorrect D. A7,A9,B7,B8 Incorrect E. A1,A7,B4,B8 Incorrect MCde83_fd57
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B8 on one chromosome and A2,B9 on the other chromosome.
The father has a HLA genotype of A1,B7 on one chromosome and A5,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A3,B8,B9 Incorrect B. A2,A5,B7,B8 Incorrect C. A1,A3,B1,B9 Incorrect D. A1,A3,B7,B8 Correct E. A1,A5,B1,B7 Incorrect MCba1a_b79f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B2 on one chromosome and A3,B1 on the other chromosome.
The father has a HLA genotype of A5,B9 on one chromosome and A9,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A5,B2,B9 Correct B. A1,A5,B1,B8 Incorrect C. A5,A9,B8,B9 Incorrect D. A1,A3,B1,B2 Incorrect E. A1,A9,B1,B9 Incorrect MCb641_3d3b
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B1 on one chromosome and A9,B5 on the other chromosome.
The father has a HLA genotype of A4,B3 on one chromosome and A1,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A9,B1,B4 Incorrect B. A1,A4,B3,B4 Incorrect C. A4,A8,B4,B5 Incorrect D. A8,A9,B1,B5 Incorrect E. A1,A9,B4,B5 Correct MC72cf_8f7d
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B6 on one chromosome and A3,B9 on the other chromosome.
The father has a HLA genotype of A8,B8 on one chromosome and A9,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A8,B8,B9 Correct B. A5,A9,B8,B9 Incorrect C. A8,A9,B3,B8 Incorrect D. A3,A8,B3,B6 Incorrect E. A3,A5,B6,B9 Incorrect MC2669_6492
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B1 on one chromosome and A7,B5 on the other chromosome.
The father has a HLA genotype of A4,B4 on one chromosome and A6,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B1,B5 Incorrect B. A6,A7,B5,B8 Correct C. A4,A5,B5,B8 Incorrect D. A4,A6,B4,B8 Incorrect MC0cd6_61e3
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B8 on one chromosome and A1,B9 on the other chromosome.
The father has a HLA genotype of A4,B5 on one chromosome and A6,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B4,B8 Correct B. A2,A4,B4,B9 Incorrect C. A4,A6,B4,B5 Incorrect D. A1,A6,B5,B8 Incorrect E. A1,A2,B8,B9 Incorrect MC3671_b589
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B8 on one chromosome and A4,B5 on the other chromosome.
The father has a HLA genotype of A6,B2 on one chromosome and A9,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A9,B2,B9 Incorrect B. A4,A6,B8,B9 Incorrect C. A4,A8,B5,B8 Incorrect D. A8,A9,B2,B5 Incorrect E. A4,A9,B5,B9 Correct MCf9d1_8ce5
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B3 on one chromosome and A5,B1 on the other chromosome.
The father has a HLA genotype of A2,B2 on one chromosome and A3,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B1,B3 Incorrect B. A2,A3,B2,B6 Incorrect C. A2,A7,B2,B3 Correct D. A2,A7,B1,B6 Incorrect E. A2,A5,B3,B6 Incorrect MC84e3_83ec
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B5 on one chromosome and A7,B8 on the other chromosome.
The father has a HLA genotype of A6,B6 on one chromosome and A8,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A7,B5,B8 Incorrect B. A1,A6,B1,B8 Incorrect C. A6,A8,B1,B6 Incorrect D. A1,A6,B5,B6 Correct E. A7,A8,B5,B6 Incorrect MCa2e4_dd22
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B2 on one chromosome and A7,B3 on the other chromosome.
The father has a HLA genotype of A8,B9 on one chromosome and A4,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B2,B9 Correct B. A4,A7,B2,B9 Incorrect C. A2,A4,B3,B9 Incorrect D. A2,A7,B2,B3 Incorrect E. A4,A8,B6,B9 Incorrect MC40e7_e504
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B1 on one chromosome and A5,B8 on the other chromosome.
The father has a HLA genotype of A6,B7 on one chromosome and A1,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B1,B9 Incorrect B. A1,A5,B8,B9 Correct C. A5,A8,B1,B8 Incorrect D. A1,A5,B1,B7 Incorrect E. A1,A6,B7,B9 Incorrect MC0b7e_063a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B6 on one chromosome and A4,B2 on the other chromosome.
The father has a HLA genotype of A1,B8 on one chromosome and A5,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A5,B8,B9 Incorrect B. A2,A5,B2,B8 Incorrect C. A2,A4,B2,B6 Incorrect D. A1,A4,B6,B9 Incorrect E. A1,A2,B6,B8 Correct MC098a_cca1
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B1 on one chromosome and A8,B7 on the other chromosome.
The father has a HLA genotype of A3,B4 on one chromosome and A9,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A9,B4,B5 Incorrect B. A8,A9,B5,B7 Correct C. A4,A8,B1,B7 Incorrect D. A4,A9,B4,B7 Incorrect MC0700_8bc3
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B4 on one chromosome and A5,B7 on the other chromosome.
The father has a HLA genotype of A2,B1 on one chromosome and A6,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B5,B7 Incorrect B. A5,A6,B5,B7 Correct C. A2,A6,B1,B5 Incorrect D. A5,A8,B4,B7 Incorrect MCcf0e_223e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B2 on one chromosome and A2,B6 on the other chromosome.
The father has a HLA genotype of A5,B4 on one chromosome and A9,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A7,A9,B2,B8 Correct B. A2,A5,B2,B8 Incorrect C. A2,A9,B2,B4 Incorrect D. A5,A9,B4,B8 Incorrect E. A2,A7,B2,B6 Incorrect MC3f80_29d4
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B9 on one chromosome and A5,B6 on the other chromosome.
The father has a HLA genotype of A4,B7 on one chromosome and A3,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A4,B4,B7 Incorrect B. A4,A6,B4,B6 Incorrect C. A4,A6,B7,B9 Correct D. A3,A5,B7,B9 Incorrect E. A5,A6,B6,B9 Incorrect MC20d2_98e1
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B3 on one chromosome and A9,B2 on the other chromosome.
The father has a HLA genotype of A6,B9 on one chromosome and A8,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A7,A8,B3,B6 Correct B. A6,A9,B3,B6 Incorrect C. A7,A9,B2,B3 Incorrect D. A7,A8,B2,B9 Incorrect E. A6,A8,B6,B9 Incorrect MC6a85_ca6e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A2,B3 on the other chromosome.
The father has a HLA genotype of A6,B2 on one chromosome and A8,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B1,B2 Incorrect B. A2,A8,B3,B9 Correct C. A7,A8,B2,B3 Incorrect D. A2,A7,B1,B3 Incorrect E. A6,A8,B2,B9 Incorrect MC5d08_65c9
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B7 on one chromosome and A4,B4 on the other chromosome.
The father has a HLA genotype of A3,B3 on one chromosome and A1,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A5,B3,B7 Correct B. A1,A5,B3,B4 Incorrect C. A4,A5,B4,B7 Incorrect D. A3,A4,B5,B7 Incorrect E. A1,A3,B3,B5 Incorrect MC5b97_5917
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B8 on one chromosome and A1,B2 on the other chromosome.
The father has a HLA genotype of A2,B6 on one chromosome and A3,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A4,B2,B6 Incorrect B. A2,A3,B1,B6 Incorrect C. A1,A4,B2,B8 Incorrect D. A2,A4,B1,B2 Incorrect E. A1,A3,B1,B2 Correct MCbcee_f1c3
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B2 on one chromosome and A3,B8 on the other chromosome.
The father has a HLA genotype of A5,B5 on one chromosome and A2,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A9,B8,B9 Incorrect B. A3,A5,B5,B8 Correct C. A3,A9,B2,B8 Incorrect D. A2,A5,B5,B9 Incorrect E. A3,A5,B2,B9 Incorrect MC0a3f_f20c
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B8 on one chromosome and A2,B9 on the other chromosome.
The father has a HLA genotype of A8,B6 on one chromosome and A1,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B6,B9 Correct B. A1,A8,B2,B6 Incorrect C. A2,A4,B8,B9 Incorrect D. A2,A8,B2,B8 Incorrect E. A1,A4,B6,B9 Incorrect MC550c_fd8e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B8 on one chromosome and A8,B5 on the other chromosome.
The father has a HLA genotype of A2,B6 on one chromosome and A5,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A8,A9,B5,B8 Incorrect B. A2,A9,B2,B5 Incorrect C. A2,A5,B2,B6 Incorrect D. A2,A9,B6,B8 Correct E. A2,A8,B2,B8 Incorrect MC9726_98f2
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B1 on one chromosome and A5,B3 on the other chromosome.
The father has a HLA genotype of A8,B9 on one chromosome and A3,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A9,B3,B9 Incorrect B. A3,A5,B1,B9 Incorrect C. A3,A5,B3,B5 Correct D. A3,A8,B5,B9 Incorrect E. A5,A9,B1,B3 Incorrect MC876b_c6d4
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B5 on one chromosome and A5,B4 on the other chromosome.
The father has a HLA genotype of A8,B7 on one chromosome and A4,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A5,B1,B4 Correct B. A5,A9,B4,B5 Incorrect C. A8,A9,B1,B4 Incorrect D. A4,A8,B1,B7 Incorrect MC8609_3571
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B7 on one chromosome and A1,B1 on the other chromosome.
The father has a HLA genotype of A9,B6 on one chromosome and A7,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A7,B6,B7 Incorrect B. A8,A9,B6,B7 Correct C. A7,A8,B1,B6 Incorrect D. A7,A9,B6,B9 Incorrect E. A1,A8,B1,B7 Incorrect MC0303_2f0a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B4 on one chromosome and A1,B1 on the other chromosome.
The father has a HLA genotype of A7,B8 on one chromosome and A6,B7 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A7,A9,B1,B7 Incorrect B. A6,A7,B7,B8 Incorrect C. A6,A9,B4,B7 Correct D. A1,A9,B1,B4 Incorrect E. A1,A6,B4,B8 Incorrect MCcd0b_2d8d
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B2 on one chromosome and A7,B5 on the other chromosome.
The father has a HLA genotype of A6,B7 on one chromosome and A3,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A7,B4,B5 Correct B. A6,A9,B4,B5 Incorrect C. A7,A9,B2,B5 Incorrect D. A3,A6,B4,B7 Incorrect MC6ffe_7aaa
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B5 on one chromosome and A2,B1 on the other chromosome.
The father has a HLA genotype of A8,B7 on one chromosome and A3,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A5,B1,B5 Incorrect B. A3,A8,B4,B7 Incorrect C. A3,A5,B1,B7 Incorrect D. A2,A3,B1,B4 Correct MCa01f_49e8
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B3 on one chromosome and A4,B6 on the other chromosome.
The father has a HLA genotype of A9,B5 on one chromosome and A6,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B3,B9 Correct B. A4,A5,B3,B6 Incorrect C. A6,A9,B5,B9 Incorrect D. A4,A6,B3,B5 Incorrect MC22be_112e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B9 on one chromosome and A1,B8 on the other chromosome.
The father has a HLA genotype of A8,B6 on one chromosome and A6,B7 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A8,A9,B6,B9 Correct B. A1,A9,B8,B9 Incorrect C. A6,A9,B6,B8 Incorrect D. A6,A8,B6,B7 Incorrect E. A1,A8,B7,B9 Incorrect MC9295_26bc
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B3 on one chromosome and A5,B7 on the other chromosome.
The father has a HLA genotype of A2,B9 on one chromosome and A3,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B3,B9 Correct B. A2,A6,B7,B8 Incorrect C. A2,A3,B8,B9 Incorrect D. A5,A6,B3,B7 Incorrect MC1765_e753
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B5 on one chromosome and A7,B7 on the other chromosome.
The father has a HLA genotype of A6,B2 on one chromosome and A2,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B5,B8 Correct B. A7,A8,B5,B7 Incorrect C. A2,A8,B2,B7 Incorrect D. A6,A7,B5,B8 Incorrect E. A2,A6,B2,B8 Incorrect MCa2d3_bb3f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B4 on one chromosome and A9,B6 on the other chromosome.
The father has a HLA genotype of A4,B7 on one chromosome and A8,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A8,B2,B7 Incorrect B. A1,A9,B4,B6 Incorrect C. A4,A9,B2,B4 Incorrect D. A1,A8,B2,B4 Correct MCb97a_2971
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B9 on one chromosome and A9,B5 on the other chromosome.
The father has a HLA genotype of A6,B7 on one chromosome and A5,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A9,B6,B9 Incorrect B. A5,A6,B6,B7 Incorrect C. A2,A9,B5,B9 Incorrect D. A5,A9,B5,B6 Correct E. A2,A5,B5,B7 Incorrect MC1d0e_2ba1
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B5 on one chromosome and A8,B3 on the other chromosome.
The father has a HLA genotype of A7,B9 on one chromosome and A6,B1 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A7,B1,B9 Incorrect B. A6,A8,B5,B9 Incorrect C. A6,A8,B1,B3 Correct D. A3,A6,B3,B9 Incorrect E. A3,A8,B3,B5 Incorrect MC13cb_296e
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B7 on one chromosome and A8,B4 on the other chromosome.
The father has a HLA genotype of A1,B2 on one chromosome and A5,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A8,B3,B7 Incorrect B. A7,A8,B4,B7 Incorrect C. A5,A7,B3,B7 Correct D. A1,A5,B2,B3 Incorrect MC264e_079c
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B2 on one chromosome and A5,B6 on the other chromosome.
The father has a HLA genotype of A9,B5 on one chromosome and A8,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A8,B2,B5 Incorrect B. A6,A9,B2,B5 Correct C. A5,A9,B2,B8 Incorrect D. A8,A9,B5,B8 Incorrect E. A5,A6,B2,B6 Incorrect MC253e_807f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B8 on one chromosome and A2,B4 on the other chromosome.
The father has a HLA genotype of A9,B3 on one chromosome and A4,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A4,B3,B4 Incorrect B. A3,A4,B5,B8 Correct C. A4,A9,B3,B5 Incorrect D. A3,A9,B4,B5 Incorrect E. A2,A3,B4,B8 Incorrect MC0698_db2d
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B8 on one chromosome and A6,B4 on the other chromosome.
The father has a HLA genotype of A3,B7 on one chromosome and A2,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A6,B4,B8 Incorrect B. A2,A6,B4,B6 Correct C. A1,A2,B4,B7 Incorrect D. A2,A3,B6,B7 Incorrect MCdba8_f93d
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B5 on one chromosome and A3,B4 on the other chromosome.
The father has a HLA genotype of A7,B9 on one chromosome and A8,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A7,B4,B9 Correct B. A3,A7,B2,B5 Incorrect C. A2,A8,B4,B9 Incorrect D. A7,A8,B2,B9 Incorrect E. A2,A3,B4,B5 Incorrect MC3fa6_c352
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B4 on one chromosome and A5,B6 on the other chromosome.
The father has a HLA genotype of A7,B1 on one chromosome and A6,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B1,B6 Correct B. A6,A7,B1,B8 Incorrect C. A5,A9,B4,B6 Incorrect D. A5,A7,B4,B8 Incorrect E. A6,A9,B1,B6 Incorrect MC4a75_0d95
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B4 on one chromosome and A8,B3 on the other chromosome.
The father has a HLA genotype of A4,B6 on one chromosome and A1,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A4,B6,B9 Incorrect B. A4,A8,B4,B9 Incorrect C. A1,A6,B3,B6 Incorrect D. A6,A8,B3,B4 Incorrect E. A1,A6,B4,B9 Correct MCbffc_fc73
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B7 on one chromosome and A1,B9 on the other chromosome.
The father has a HLA genotype of A4,B8 on one chromosome and A8,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B4,B7 Correct B. A1,A2,B7,B9 Incorrect C. A2,A4,B4,B9 Incorrect D. A4,A8,B4,B8 Incorrect E. A1,A4,B4,B7 Incorrect MCae15_c0ee
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B8 on one chromosome and A2,B6 on the other chromosome.
The father has a HLA genotype of A4,B9 on one chromosome and A5,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A8,B8,B9 Correct B. A5,A8,B6,B9 Incorrect C. A2,A4,B5,B8 Incorrect D. A2,A8,B6,B8 Incorrect E. A4,A5,B5,B9 Incorrect MC9290_9d05
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A9,B9 on the other chromosome.
The father has a HLA genotype of A6,B7 on one chromosome and A4,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A6,B7,B8 Incorrect B. A6,A9,B7,B9 Correct C. A7,A9,B1,B9 Incorrect D. A6,A7,B8,B9 Incorrect MCc9d7_1e1d
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B4 on one chromosome and A6,B5 on the other chromosome.
The father has a HLA genotype of A2,B6 on one chromosome and A5,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B5,B6 Incorrect B. A6,A7,B4,B5 Incorrect C. A2,A5,B6,B8 Incorrect D. A5,A7,B4,B8 Correct E. A5,A6,B4,B6 Incorrect MC6f28_639a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B7 on one chromosome and A7,B3 on the other chromosome.
The father has a HLA genotype of A4,B1 on one chromosome and A2,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A6,B1,B7 Correct B. A2,A4,B1,B4 Incorrect C. A2,A6,B1,B3 Incorrect D. A4,A6,B3,B4 Incorrect E. A6,A7,B3,B7 Incorrect MC187a_8e3a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A4,B8 on the other chromosome.
The father has a HLA genotype of A3,B9 on one chromosome and A1,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A3,B6,B9 Incorrect B. A1,A4,B1,B9 Incorrect C. A1,A4,B6,B8 Correct D. A4,A7,B1,B8 Incorrect MC652a_e2c3
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B4 on one chromosome and A9,B3 on the other chromosome.
The father has a HLA genotype of A2,B2 on one chromosome and A4,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B3,B9 Incorrect B. A2,A8,B2,B4 Correct C. A2,A9,B4,B9 Incorrect D. A8,A9,B3,B4 Incorrect E. A2,A4,B2,B9 Incorrect MC70a2_8bc7
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B8 on one chromosome and A1,B3 on the other chromosome.
The father has a HLA genotype of A3,B1 on one chromosome and A7,B7 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A7,B1,B8 Incorrect B. A3,A4,B3,B7 Incorrect C. A3,A7,B1,B7 Incorrect D. A1,A3,B1,B3 Correct E. A1,A4,B3,B8 Incorrect MCa43f_491b
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B1 on one chromosome and A9,B3 on the other chromosome.
The father has a HLA genotype of A3,B6 on one chromosome and A7,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A5,B3,B8 Incorrect B. A3,A9,B1,B8 Incorrect C. A5,A9,B1,B3 Incorrect D. A3,A9,B3,B6 Correct E. A3,A7,B6,B8 Incorrect MC4d95_28b5
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A3,B3 on the other chromosome.
The father has a HLA genotype of A6,B6 on one chromosome and A2,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B2,B6 Incorrect B. A3,A7,B1,B3 Incorrect C. A3,A6,B1,B2 Incorrect D. A2,A3,B2,B3 Correct MC4910_6a8c
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B7 on one chromosome and A1,B8 on the other chromosome.
The father has a HLA genotype of A5,B3 on one chromosome and A6,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A6,B5,B8 Correct B. A5,A6,B3,B5 Incorrect C. A1,A4,B7,B8 Incorrect D. A4,A6,B3,B8 Incorrect MCd4eb_40ab
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A9,B7 on the other chromosome.
The father has a HLA genotype of A6,B6 on one chromosome and A2,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B3,B6 Incorrect B. A7,A9,B1,B7 Incorrect C. A2,A9,B1,B6 Incorrect D. A6,A7,B1,B6 Correct E. A6,A9,B1,B3 Incorrect MC65fe_de35
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B9 on one chromosome and A6,B1 on the other chromosome.
The father has a HLA genotype of A9,B5 on one chromosome and A8,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A8,A9,B5,B6 Incorrect B. A1,A6,B1,B9 Incorrect C. A6,A8,B5,B9 Incorrect D. A1,A9,B5,B9 Correct MC3507_766b
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B6 on one chromosome and A5,B1 on the other chromosome.
The father has a HLA genotype of A6,B5 on one chromosome and A9,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A8,B1,B2 Incorrect B. A6,A8,B5,B6 Correct C. A6,A9,B2,B5 Incorrect D. A8,A9,B1,B5 Incorrect E. A5,A8,B1,B6 Incorrect MC380a_36b0
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B1 on one chromosome and A7,B3 on the other chromosome.
The father has a HLA genotype of A2,B4 on one chromosome and A3,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A7,B1,B3 Incorrect B. A3,A4,B3,B4 Incorrect C. A3,A4,B1,B9 Correct D. A2,A3,B4,B9 Incorrect E. A3,A7,B1,B4 Incorrect MCae9a_94a4
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B9 on one chromosome and A3,B8 on the other chromosome.
The father has a HLA genotype of A5,B5 on one chromosome and A6,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A9,B8,B9 Incorrect B. A5,A6,B3,B5 Incorrect C. A6,A9,B5,B8 Incorrect D. A3,A6,B3,B8 Correct MC4bf1_39fd
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B7 on one chromosome and A7,B4 on the other chromosome.
The father has a HLA genotype of A6,B5 on one chromosome and A4,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A7,B4,B7 Incorrect B. A4,A6,B5,B8 Incorrect C. A4,A7,B5,B7 Incorrect D. A3,A4,B4,B5 Incorrect E. A6,A7,B4,B5 Correct MC7bee_5576
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B6 on one chromosome and A4,B5 on the other chromosome.
The father has a HLA genotype of A5,B8 on one chromosome and A9,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A9,B6,B8 Incorrect B. A4,A5,B2,B6 Incorrect C. A5,A9,B2,B8 Incorrect D. A4,A7,B5,B6 Incorrect E. A7,A9,B2,B6 Correct MC4ebd_1151
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B4 on one chromosome and A4,B3 on the other chromosome.
The father has a HLA genotype of A2,B8 on one chromosome and A6,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B6,B8 Incorrect B. A2,A9,B3,B6 Incorrect C. A6,A9,B4,B6 Correct D. A4,A9,B3,B4 Incorrect MCfc0a_ad68
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B8 on one chromosome and A9,B2 on the other chromosome.
The father has a HLA genotype of A8,B1 on one chromosome and A3,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A8,B1,B8 Correct B. A3,A8,B1,B3 Incorrect C. A6,A8,B2,B3 Incorrect D. A6,A9,B2,B8 Incorrect E. A8,A9,B3,B8 Incorrect MC5c98_e185
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B1 on one chromosome and A7,B9 on the other chromosome.
The father has a HLA genotype of A5,B7 on one chromosome and A4,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A7,A9,B1,B9 Incorrect B. A4,A7,B1,B7 Incorrect C. A4,A9,B7,B9 Incorrect D. A4,A7,B4,B9 Correct E. A4,A5,B4,B7 Incorrect MCc4fe_7e55
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B5 on one chromosome and A6,B2 on the other chromosome.
The father has a HLA genotype of A7,B4 on one chromosome and A5,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B2,B3 Correct B. A5,A7,B3,B4 Incorrect C. A4,A5,B2,B4 Incorrect D. A4,A6,B2,B5 Incorrect E. A5,A6,B4,B5 Incorrect MC95e0_7a80
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B8 on one chromosome and A9,B3 on the other chromosome.
The father has a HLA genotype of A7,B9 on one chromosome and A8,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A8,A9,B8,B9 Incorrect B. A8,A9,B3,B5 Correct C. A6,A9,B3,B8 Incorrect D. A6,A7,B3,B5 Incorrect E. A7,A8,B5,B9 Incorrect MC80ab_a803
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B2 on one chromosome and A4,B7 on the other chromosome.
The father has a HLA genotype of A1,B1 on one chromosome and A9,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A4,B1,B7 Correct B. A1,A4,B2,B3 Incorrect C. A1,A9,B1,B3 Incorrect D. A1,A8,B3,B7 Incorrect E. A4,A8,B2,B7 Incorrect MC718a_07c7
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B8 on one chromosome and A1,B1 on the other chromosome.
The father has a HLA genotype of A9,B4 on one chromosome and A7,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A5,B1,B8 Incorrect B. A7,A9,B4,B5 Incorrect C. A1,A7,B1,B5 Correct D. A1,A9,B5,B8 Incorrect E. A5,A9,B1,B5 Incorrect MC9ffd_0b82
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B7 on one chromosome and A7,B4 on the other chromosome.
The father has a HLA genotype of A6,B6 on one chromosome and A4,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A7,B4,B6 Correct B. A6,A7,B7,B8 Incorrect C. A4,A6,B6,B8 Incorrect D. A4,A9,B4,B6 Incorrect E. A7,A9,B4,B7 Incorrect MCfaac_0fc6
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B3 on one chromosome and A6,B9 on the other chromosome.
The father has a HLA genotype of A9,B2 on one chromosome and A5,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B2,B3 Incorrect B. A5,A9,B2,B5 Incorrect C. A5,A6,B5,B9 Correct D. A4,A6,B3,B9 Incorrect MC8764_0f8f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B9 on one chromosome and A8,B7 on the other chromosome.
The father has a HLA genotype of A2,B1 on one chromosome and A7,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A7,B1,B5 Incorrect B. A2,A8,B1,B7 Correct C. A6,A8,B7,B9 Incorrect D. A2,A6,B5,B7 Incorrect E. A7,A8,B1,B9 Incorrect MC6dc4_f691
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B2 on one chromosome and A8,B6 on the other chromosome.
The father has a HLA genotype of A9,B4 on one chromosome and A7,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A8,B2,B6 Incorrect B. A7,A8,B5,B6 Correct C. A3,A7,B4,B6 Incorrect D. A7,A9,B4,B5 Incorrect E. A3,A9,B5,B6 Incorrect MCcc63_8638
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B1 on one chromosome and A6,B9 on the other chromosome.
The father has a HLA genotype of A7,B2 on one chromosome and A1,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A7,B2,B5 Incorrect B. A5,A7,B1,B2 Correct C. A5,A7,B5,B9 Incorrect D. A5,A6,B1,B9 Incorrect E. A1,A6,B1,B2 Incorrect MCcd5a_1e30
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B5 on one chromosome and A5,B6 on the other chromosome.
The father has a HLA genotype of A7,B9 on one chromosome and A8,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A8,B5,B9 Incorrect B. A5,A8,B2,B6 Correct C. A3,A8,B6,B9 Incorrect D. A3,A5,B5,B6 Incorrect E. A7,A8,B2,B9 Incorrect MC4a5f_8202
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A8,B9 on one chromosome and A9,B1 on the other chromosome.
The father has a HLA genotype of A5,B2 on one chromosome and A7,B7 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B2,B7 Incorrect B. A5,A8,B1,B7 Incorrect C. A8,A9,B1,B9 Incorrect D. A5,A9,B1,B2 Correct E. A7,A9,B2,B9 Incorrect MC4ee6_cd28
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B9 on one chromosome and A6,B5 on the other chromosome.
The father has a HLA genotype of A7,B3 on one chromosome and A5,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A6,B5,B9 Incorrect B. A2,A7,B2,B5 Incorrect C. A5,A7,B2,B3 Incorrect D. A2,A5,B2,B9 Correct MCac34_c565
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A7,B1 on one chromosome and A4,B4 on the other chromosome.
The father has a HLA genotype of A5,B9 on one chromosome and A1,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A7,B4,B6 Incorrect B. A4,A7,B1,B4 Incorrect C. A4,A5,B4,B9 Correct D. A1,A5,B6,B9 Incorrect E. A4,A5,B1,B6 Incorrect MC7f60_a857
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B5 on one chromosome and A8,B6 on the other chromosome.
The father has a HLA genotype of A9,B8 on one chromosome and A5,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A9,B6,B9 Incorrect B. A4,A8,B5,B6 Incorrect C. A5,A8,B6,B9 Correct D. A5,A8,B5,B8 Incorrect E. A5,A9,B8,B9 Incorrect MC4669_d30a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B2 on one chromosome and A9,B1 on the other chromosome.
The father has a HLA genotype of A2,B8 on one chromosome and A7,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A9,B1,B8 Correct B. A2,A7,B6,B8 Incorrect C. A6,A9,B1,B2 Incorrect D. A2,A6,B1,B6 Incorrect MC96b1_d211
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B5 on one chromosome and A5,B4 on the other chromosome.
The father has a HLA genotype of A3,B3 on one chromosome and A7,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A5,B5,B8 Incorrect B. A1,A5,B4,B5 Incorrect C. A1,A7,B3,B4 Incorrect D. A5,A7,B4,B8 Correct E. A3,A7,B3,B8 Incorrect MC0ba8_7a1b
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B7 on one chromosome and A1,B6 on the other chromosome.
The father has a HLA genotype of A7,B1 on one chromosome and A8,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A4,B6,B7 Incorrect B. A7,A8,B1,B9 Incorrect C. A1,A7,B1,B6 Correct D. A1,A7,B7,B9 Incorrect MCd1a9_fd9f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B6 on one chromosome and A3,B3 on the other chromosome.
The father has a HLA genotype of A8,B2 on one chromosome and A4,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A4,B3,B9 Correct B. A1,A3,B3,B6 Incorrect C. A3,A8,B6,B9 Incorrect D. A4,A8,B2,B9 Incorrect E. A3,A4,B2,B6 Incorrect MCe114_bde4
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B5 on one chromosome and A3,B8 on the other chromosome.
The father has a HLA genotype of A6,B3 on one chromosome and A9,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B3,B5 Correct B. A6,A9,B2,B3 Incorrect C. A3,A9,B3,B5 Incorrect D. A3,A5,B5,B8 Incorrect E. A5,A9,B3,B8 Incorrect MCe072_2cbb
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A3,B8 on one chromosome and A4,B7 on the other chromosome.
The father has a HLA genotype of A7,B5 on one chromosome and A1,B9 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A7,B5,B9 Incorrect B. A3,A4,B7,B8 Incorrect C. A1,A3,B5,B7 Incorrect D. A3,A7,B5,B8 Correct E. A1,A4,B5,B8 Incorrect MC736d_727a
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B4 on one chromosome and A7,B1 on the other chromosome.
The father has a HLA genotype of A3,B9 on one chromosome and A4,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A3,A4,B6,B9 Incorrect B. A3,A7,B4,B6 Incorrect C. A4,A7,B1,B6 Correct D. A3,A5,B1,B6 Incorrect E. A5,A7,B1,B4 Incorrect MC42a4_d3ac
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B5 on one chromosome and A6,B8 on the other chromosome.
The father has a HLA genotype of A8,B6 on one chromosome and A7,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A7,B6,B8 Incorrect B. A7,A8,B2,B6 Incorrect C. A2,A8,B5,B6 Correct D. A2,A6,B5,B8 Incorrect MCb097_bd8f
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B8 on one chromosome and A7,B5 on the other chromosome.
The father has a HLA genotype of A4,B6 on one chromosome and A8,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A4,A8,B2,B6 Incorrect B. A2,A7,B5,B8 Incorrect C. A4,A7,B2,B8 Incorrect D. A7,A8,B6,B8 Incorrect E. A7,A8,B2,B5 Correct MC6a9f_234c
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B4 on one chromosome and A1,B5 on the other chromosome.
The father has a HLA genotype of A4,B1 on one chromosome and A7,B8 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A1,A9,B4,B5 Incorrect B. A1,A7,B5,B8 Correct C. A1,A4,B4,B8 Incorrect D. A4,A9,B5,B8 Incorrect E. A4,A7,B1,B8 Incorrect MC3c14_7198
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A5,B3 on one chromosome and A9,B4 on the other chromosome.
The father has a HLA genotype of A4,B6 on one chromosome and A1,B2 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A9,B3,B4 Incorrect B. A1,A4,B2,B6 Incorrect C. A1,A9,B3,B6 Incorrect D. A4,A5,B3,B6 Correct MC6770_87b3
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A1,B6 on one chromosome and A2,B7 on the other chromosome.
The father has a HLA genotype of A9,B1 on one chromosome and A8,B4 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A8,A9,B1,B4 Incorrect B. A1,A8,B4,B6 Correct C. A2,A8,B1,B6 Incorrect D. A1,A2,B6,B7 Incorrect E. A2,A9,B4,B6 Incorrect MCae7c_1921
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A4,B5 on one chromosome and A8,B6 on the other chromosome.
The father has a HLA genotype of A2,B9 on one chromosome and A7,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A7,A8,B5,B9 Incorrect B. A2,A8,B6,B9 Correct C. A4,A8,B5,B6 Incorrect D. A4,A7,B6,B9 Incorrect E. A2,A7,B3,B9 Incorrect MCc512_a349
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B7 on one chromosome and A7,B4 on the other chromosome.
The father has a HLA genotype of A3,B3 on one chromosome and A5,B5 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A7,B4,B7 Incorrect B. A3,A7,B5,B7 Incorrect C. A2,A3,B4,B5 Incorrect D. A5,A7,B4,B5 Correct E. A3,A5,B3,B5 Incorrect MC7415_5b73
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A9,B1 on one chromosome and A8,B5 on the other chromosome.
The father has a HLA genotype of A4,B7 on one chromosome and A2,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A2,A8,B5,B6 Correct B. A8,A9,B1,B5 Incorrect C. A2,A4,B6,B7 Incorrect D. A2,A8,B1,B7 Incorrect E. A2,A9,B5,B7 Incorrect MCc2cf_5790
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A2,B6 on one chromosome and A5,B8 on the other chromosome.
The father has a HLA genotype of A8,B5 on one chromosome and A6,B3 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A5,A6,B3,B8 Correct B. A2,A5,B6,B8 Incorrect C. A5,A6,B5,B6 Incorrect D. A6,A8,B3,B5 Incorrect E. A2,A6,B5,B8 Incorrect MC3259_9298
HLA genotyping serves as a key component in the field of immunogenetics. It is used for understanding individual variations in immune responses. This molecular technique identifies unique alleles on paired chromosomes. It's particularly vital in organ transplantation for matching donors and recipients. Finding a correct match reduces the chance for graft rejection.
A mother has a HLA genotype of A6,B1 on one chromosome and A9,B8 on the other chromosome.
The father has a HLA genotype of A2,B4 on one chromosome and A8,B6 on the other chromosome.
Which one of the following combinations is a possible genotype for their offspring?
A. A6,A9,B1,B8 Incorrect B. A2,A8,B4,B6 Incorrect C. A6,A8,B4,B8 Incorrect D. A2,A9,B4,B8 Correct