MAT

c1b4_4e57

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele MAT

c1b4_8fed

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) MAT

c1b4_1085

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing using CRISPR to change a single nucleotide in sickle-cell allele MAT

c1b4_8025

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing correcting a mutation within the host genome that causes liver disease MAT

c1b4_08da

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) MAT

c1b4_e5a6

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing using CRISPR to change a single nucleotide in sickle-cell allele MAT

c1b4_3502

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy MAT

c1b4_baa2

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing deleting the fragments of HIV DNA from the genome of an infected patient gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_97ec

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using CRISPR to change a single nucleotide in sickle-cell allele gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_7ca3

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy MAT

c1b4_0733

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correct defective DNA elements within a gene gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_79e8

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correct defective DNA elements within a gene gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_c266

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing deleting the fragments of HIV DNA from the genome of an infected patient gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_1f9b

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy MAT

c1b4_3667

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing correcting a mutation within the host genome that causes liver disease MAT

c1b4_35b8

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correcting a mutation within the host genome that causes liver disease gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_a251

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_a571

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_3d75

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing correct defective DNA elements within a gene MAT

c1b4_ff56

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_9657

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_56fe

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) MAT

c1b4_2d0c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) MAT

c1b4_2455

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing deleting the fragments of HIV DNA from the genome of an infected patient MAT

c1b4_bf92

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy MAT

c1b4_4199

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_609f

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing deleting the fragments of HIV DNA from the genome of an infected patient MAT

c1b4_cdf8

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing deleting the fragments of HIV DNA from the genome of an infected patient gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_92c2

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correct defective DNA elements within a gene gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_200a

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_9435

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing correct defective DNA elements within a gene MAT

c1b4_bb3c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correct defective DNA elements within a gene gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_91bd

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing correcting a mutation within the host genome that causes liver disease MAT

c1b4_d0fd

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing correcting a mutation within the host genome that causes liver disease MAT

c1b4_9ff5

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_d9bb

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) MAT

c1b4_4399

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using CRISPR to change a single nucleotide in sickle-cell allele gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_00eb

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_db3c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correcting a mutation within the host genome that causes liver disease gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_e1e7

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correct defective DNA elements within a gene gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_2a2c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy MAT

c1b4_2627

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correcting a mutation within the host genome that causes liver disease gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_52c9

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using CRISPR to change a single nucleotide in sickle-cell allele gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_ddb1

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing using CRISPR to change a single nucleotide in sickle-cell allele MAT

c1b4_e040

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using CRISPR to change a single nucleotide in sickle-cell allele gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_d4dc

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele MAT

c1b4_255a

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_a566

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing correcting a mutation within the host genome that causes liver disease MAT

c1b4_9fc9

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing correct defective DNA elements within a gene MAT

c1b4_36c5

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing correct defective DNA elements within a gene MAT

c1b4_8808

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing correct defective DNA elements within a gene MAT

c1b4_49cf

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_990c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_bcb2

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing deleting the fragments of HIV DNA from the genome of an infected patient MAT

c1b4_98c9

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using transcriptor activator-like effector nuclease (TALENs) to correct inherited retinal dystrophy gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells MAT

c1b4_aa3f

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele MAT

c1b4_85bc

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele MAT

c1b4_01b7

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correcting a mutation within the host genome that causes liver disease gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_b359

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme genome editing using CRISPR to change a single nucleotide in sickle-cell allele MAT

c1b4_742d

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel MAT

c1b4_b4b7

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing correcting a mutation within the host genome that causes liver disease gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_e12b

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy engineering virus for injection into a tumor to promote apoptosis genome editing deleting the fragments of HIV DNA from the genome of an infected patient MAT

c1b4_d0ea

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using CRISPR to change a single nucleotide in sickle-cell allele gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus MAT

c1b4_0faa

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing deleting the fragments of HIV DNA from the genome of an infected patient gene therapy engineering virus for injection into a tumor to promote apoptosis MAT

c1b4_5e0e

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy mRNA vaccines express the viral spike proteins to train the immune system to recognize the virus genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele MAT

c1b4_5b21

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing using zinc finger nuclease (ZFN) mediated treatment to replace a nucleotide in the diseased β-thalassemia allele gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_3ecf

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing deleting the fragments of HIV DNA from the genome of an infected patient gene therapy introducing a new gene on a plasmid into a patient to replace a faulty β-thalassemia enzyme MAT

c1b4_526c

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy culture and reprogram blood progenitor cells from bone marrow to kill HIV-infected cells genome editing deleting the fragments of HIV DNA from the genome of an infected patient MAT

c1b4_31c7

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel genome editing using CRISPR to change a single nucleotide in sickle-cell allele MAT

c1b4_b300

Match each of the following genetic disease treatment methods with their corresponding descriptions.

Note: Each choice will be used exactly once.

genome editing CRISPR is used to insert a functional micro-dystrophin gene correcting Duchenne muscular dystrophy (DMD) gene therapy treating cystic fibrosis using adenovirus to introduce a functioning protein channel