1bbc_3635
Restriction enzymes are proteins that cut DNA at specific sequences. PmlI is derived from Pseudomonas maltophilia, and MaeI is derived from Methanococcus aeolicus PL-15/H. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1 2PmlI 3MaeI 4PmlI 5 6MaeI 7 8PmlI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
d45d_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. PagI is derived from Pseudomonas alcaligenes Sau 14-027, and MreI is derived from Micromonospora rhodorangea RFL1. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1PagI 2MreI 3PagI 4 5 6MreI 7 8PagI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
6d8f_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. SrfI is derived from Streptomyces species Srf, and MssI is derived from Methylobacterium species Dd 5-732. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SrfI 1MssI 2SrfI 3 4 5 6MssI 7 8SrfI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
d0b4_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. SgfI is derived from Streptomyces griseoruber, and VspI is derived from Vibrio species 343. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SgfI 1 2 3 4VspI 5 6SgfI 7VspI 8SgfI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
7878_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. SphI is derived from Streptomyces phaeochromogenes, and PauI is derived from Paracoccus alcaliphilus ZVK3-3. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SphI 1 2PauI 3 4 5 6SphI 7PauI 8SphI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
7333_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. PsiI is derived from Pseudomonas species SE-G49, and MstI is derived from Microcoleus species. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0PsiI 1 2 3MstI 4 5PsiI 6MstI 7 8PsiI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
ccc3_3635
Restriction enzymes are proteins that cut DNA at specific sequences. HhaI is derived from Haemophilus haemolyticus, and AfaI is derived from Acidiphilium facilis 28H. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1HhaI 2 3AfaI 4HhaI 5AfaI 6 7 8HhaI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
939a_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. NsiI is derived from Neisseria sicca, and SspI is derived from Sphaerotilus species. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1NsiI 2 3 4 5SspI 6NsiI 7SspI 8NsiI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
c54c_3635
Restriction enzymes are proteins that cut DNA at specific sequences. AbsI is derived from Arthrobacter species 7M06, and MstI is derived from Microcoleus species. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0AbsI 1MstI 2AbsI 3MstI 4 5 6AbsI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
2c97_3635
Restriction enzymes are proteins that cut DNA at specific sequences. PacI is derived from Pseudomonas alcaligenes, and RruI is derived from Rhodococcus ruber RFL5. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0PacI 1RruI 2 3 4PacI 5 6RruI 7PacI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
b7a9_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. MvnI is derived from Methanococcus vannielii, and BfrI is derived from Bacteroides fragilis. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0MvnI 1 2 3BfrI 4 5MvnI 6BfrI 7 8MvnI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
d802_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. AbsI is derived from Arthrobacter species 7M06, and ChaI is derived from Corynebacterium halofytica. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0AbsI 1 2 3ChaI 4 5AbsI 6ChaI 7AbsI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
fda8_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. CfoI is derived from Clostridium formicoaceticum, and DraI is derived from Deinococcus radiophilus. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1CfoI 2DraI 3CfoI 4 5DraI 6 7 8CfoI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
26d3_3635
Restriction enzymes are proteins that cut DNA at specific sequences. KspI is derived from Kluyvera species, and BclI is derived from Bacillus caldolyticus. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1 2KspI 3 4 5BclI 6KspI 7BclI 8KspI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
a0ec_3635
Restriction enzymes are proteins that cut DNA at specific sequences. ZrmI is derived from Zoogloea ramigera SCA, and ClaI is derived from Caryophanon latum L. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0ZrmI 1 2ClaI 3 4ZrmI 5ClaI 6ZrmI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
aeb3_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. SpeI is derived from Sphaerotilus natans, and AseI is derived from Aquaspirillum serpens. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SpeI 1AseI 2SpeI 3AseI 4 5 6 7SpeI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
e68e_3635
Restriction enzymes are proteins that cut DNA at specific sequences. SpeI is derived from Sphaerotilus natans, and AgeI is derived from Agrobacterium gelatinovorum. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1SpeI 2 3 4AgeI 5SpeI 6AgeI 7 8SpeI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
2050_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. MroI is derived from Micrococcus roseus, and ZraI is derived from Zoogloea ramigera 11. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0MroI 1 2 3ZraI 4 5 6MroI 7ZraI 8MroI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
2254_3635
Restriction enzymes are proteins that cut DNA at specific sequences. CfoI is derived from Clostridium formicoaceticum, and AseI is derived from Aquaspirillum serpens. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0CfoI 1AseI 2 3CfoI 4AseI 5 6 7CfoI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
eddf_3635
Restriction enzymes are proteins that cut DNA at specific sequences. KroI is derived from Kocurea rosea 307, and BsnI is derived from Bacillus species SJN7. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0KroI 1BsnI 2KroI 3 4BsnI 5 6KroI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
47d1_3635
Restriction enzymes are proteins that cut DNA at specific sequences. NdeI is derived from Neisseria denitrificans, and DpnI is derived from Diplococcus pneumoniae. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0NdeI 1DpnI 2NdeI 3DpnI 4 5 6NdeI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
a213_3635
Restriction enzymes are proteins that cut DNA at specific sequences. SfuI is derived from Streptomyces fulvissimus, and CciI is derived from Curtobacterium citreus. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SfuI 1 2 3CciI 4SfuI 5CciI 6 7SfuI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
3287_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. GlaI is derived from Glacial ice bacterium GL29, and SciI is derived from Streptoverticillium cinnamoneum. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0GlaI 1SciI 2 3GlaI 4 5SciI 6 7 8GlaI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
573a_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. AseI is derived from Aquaspirillum serpens, and XhoI is derived from Xanthomonas holcicola. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1AseI 2XhoI 3AseI 4 5XhoI 6 7 8AseI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
47a1_3635
Restriction enzymes are proteins that cut DNA at specific sequences. SacI is derived from Streptomyces achromogenes, and FspI is derived from Fischerella species. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SacI 1FspI 2SacI 3FspI 4 5 6SacI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
4ee3_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. PstI is derived from Providencia stuartii 164, and AcvI is derived from Aeromonas caviae. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0PstI 1AcvI 2 3PstI 4 5 6 7AcvI 8PstI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
b970_3635
Restriction enzymes are proteins that cut DNA at specific sequences. BlnI is derived from Brevibacterium linens, and ChaI is derived from Corynebacterium halofytica. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1 2BlnI 3 4ChaI 5 6BlnI 7ChaI 8BlnI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
4400_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. KpnI is derived from Klebsiella pneumoniae OK8, and NaeI is derived from Nocardia aerocolonigenes. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0KpnI 1 2NaeI 3KpnI 4 5NaeI 6 7 8KpnI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
1a81_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. BsnI is derived from Bacillus species SJN7, and SphI is derived from Streptomyces phaeochromogenes. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0BsnI 1 2SphI 3 4 5 6BsnI 7SphI 8BsnI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
ecdb_3635
Restriction enzymes are proteins that cut DNA at specific sequences. MspI is derived from Moraxella species ATCC 49670, and BmtI is derived from Bacillus megaterium S2. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1MspI 2 3 4BmtI 5MspI 6 7BmtI 8MspI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
18a6_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. CfoI is derived from Clostridium formicoaceticum, and RruI is derived from Rhodococcus ruber RFL5. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0CfoI 1 2RruI 3 4 5CfoI 6RruI 7CfoI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
5687_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. SfoI is derived from Serratia fonticola, and NruI is derived from Nocardia rubra ATCC 15906. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SfoI 1 2 3NruI 4 5SfoI 6 7NruI 8SfoI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
45d0_3635
Restriction enzymes are proteins that cut DNA at specific sequences. XmaI is derived from Xanthomonas malvacearum, and NsiI is derived from Neisseria sicca. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0XmaI 1NsiI 2XmaI 3NsiI 4 5 6XmaI 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
863d_3635
Restriction enzymes are proteins that cut DNA at specific sequences. SalI is derived from Streptomyces albus G, and MfeI is derived from Mycoplasma fermentans. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SalI 1MfeI 2 3SalI 4 5 6MfeI 7SalI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
ad8d_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. BfaI is derived from Bacteroides fragilis, and ChaI is derived from Corynebacterium halofytica. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0BfaI 1 2 3 4ChaI 5 6BfaI 7ChaI 8BfaI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
c504_3635
Restriction enzymes are proteins that cut DNA at specific sequences. AclI is derived from Acinetobacter calcoaceticus M4, and BalI is derived from Brevibacterium albidum. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0AclI 1 2BalI 3AclI 4BalI 5 6 7AclI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
24a1_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. SdaI is derived from Streptomyces diastaticus Ng7-324, and ZrmI is derived from Zoogloea ramigera SCA. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SdaI 1ZrmI 2SdaI 3 4 5 6ZrmI 7 8SdaI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
2227_3635
Restriction enzymes are proteins that cut DNA at specific sequences. SmiI is derived from Streptococcus milleri S, and PaeI is derived from Pseudomonas aeruginosa. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SmiI 1PaeI 2SmiI 3PaeI 4 5SmiI 6 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
b0c9_3635
Restriction enzymes are proteins that cut DNA at specific sequences. NsiI is derived from Neisseria sicca, and SwaI is derived from Staphylococcus warneri. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1NsiI 2SwaI 3 4NsiI 5 6 7SwaI 8NsiI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
1fde_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. SgsI is derived from Streptomyces griseus RFL5, and KpnI is derived from Klebsiella pneumoniae OK8. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0SgsI 1 2 3 4KpnI 5 6SgsI 7KpnI 8SgsI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
ece9_3635
Restriction enzymes are proteins that cut DNA at specific sequences. NdeI is derived from Neisseria denitrificans, and ZrmI is derived from Zoogloea ramigera SCA. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0NdeI 1ZrmI 2 3 4NdeI 5 6ZrmI 7NdeI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
caad_3635
Restriction enzymes are proteins that cut DNA at specific sequences. MseI is derived from Micrococcus species, and EagI is derived from Enterobacter agglomerans. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0MseI 1EagI 2 3 4MseI 5EagI 6 7MseI 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
0e7f_6a01
Restriction enzymes are proteins that cut DNA at specific sequences. EagI is derived from Enterobacter agglomerans, and BlnI is derived from Brevibacterium linens. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0EagI 1 2 3 4BlnI 5 6EagI 7BlnI 8EagI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
9146_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. AseI is derived from Aquaspirillum serpens, and ZrmI is derived from Zoogloea ramigera SCA. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1AseI 2 3 4 5ZrmI 6AseI 7ZrmI 8AseI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
7d33_3635
Restriction enzymes are proteins that cut DNA at specific sequences. EagI is derived from Enterobacter agglomerans, and PceI is derived from Planococcus citreus 55. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0EagI 1PceI 2EagI 3PceI 4 5EagI 6 7 8 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
1523_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. FseI is derived from Frankia species Eul1b, and VneI is derived from Vibrio nereis 18. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1FseI 2VneI 3FseI 4 5VneI 6 7 8FseI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
05de_d1e8
Restriction enzymes are proteins that cut DNA at specific sequences. AseI is derived from Aquaspirillum serpens, and MalI is derived from Marinococus albus I. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0AseI 1MalI 2 3 4 5AseI 6 7MalI 8AseI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
62b0_3635
Restriction enzymes are proteins that cut DNA at specific sequences. FbaI is derived from Flavobacterium balustinum, and GlaI is derived from Glacial ice bacterium GL29. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1 2FbaI 3GlaI 4FbaI 5 6GlaI 7 8FbaI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
6cd6_3635
Restriction enzymes are proteins that cut DNA at specific sequences. PmlI is derived from Pseudomonas maltophilia, and ScaI is derived from Streptomyces caespitosus. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1PmlI 2 3ScaI 4 5PmlI 6 7ScaI 8PmlI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.
cc32_3635
Restriction enzymes are proteins that cut DNA at specific sequences. MroI is derived from Micrococcus roseus, and AscI is derived from Arthrobacter species. Both enzymes are labeled on the map.
DNA Strand Question:
Examine the DNA strand shown below. The table highlights a specific portion of a much longer DNA molecule to focus on the region containing restriction sites.
0 1 2MroI 3AscI 4MroI 5 6AscI 7 8MroI 9 10Scale in kb |
Note: The dashes at both ends of the strand indicate that the next restriction site is far away and outside the visible region. Because this segment is part of a much larger molecule, any uncut or very large fragments will not travel into the gel and will appear to be stuck in the well.