Here I present: Marina Seabrigth, “Rapid Banding Technique for Human Chromosomes’, 1971, PART FOUR (IV). The goal is to move easily between microscopic level and molecular level of chromosomes down into the DNA molecules. This means your mind goes clockwise around the genome. Again, your mind needs to move clockwise are the genome, in the sense of twenty-four molecules. Analogy is DNA chromosomes as day hours. Start with X and clockwise 1, 2, 3, … etcetera… 20, 21, 22, Y.
|
Yp11.32 |
1 – 300,000 |
|
Yp11.31 |
300,001 – 600,000 |
|
Yp11.2 |
600,001 – 10,300,000 |
|
Yp11.1 |
10,300,001 – 10,400,000 |
|
Yq11.1 |
10,400,001 – 10,600,000 |
|
Yq11.21 |
10,600,001 – 12,400,000 |
|
Yq11.221 |
12,400,001 – 17,100,000 |
|
Yq11.222 |
17,100,001 – 19,600,000 |
|
Yq11.223 |
19,600,001 – 23,800,000 |
|
Yq11.23 |
23,800,001 – 26,600,000 |
|
Yq12 |
26,600,001 – 57,227,415 |
The bands of the chromosome #Y are shown in the table ABOVE. The master step is to know eighty-seven (87) arm “regions” in the genome. Chromosome #1 has seven, chromosome #2 has five, chromosome #3 has four… etcetera. All the arm regions of chromosomes are shown BELOW.
