1. The results suggest that the Y chromosome heterochromatin appears to have a modifying effect on the phenotypic relationship between morphophysiological traits during human ontogenesis.

2. What other functions abundant heterochromatin may perform are still an open question.

3. This chromatin heterochromatin. The chromatin which stains less deeply than heterochromatin is called euchromatin.

4. Heterochromatin has shown to be composed largely of short repeated polynucleotide sequences.

5. The accumulation and discarding of heterochromatin of chromosome IV in the rectum and Malpighian tubules.

6. Type B, which has nucleus rich in heterochromatin, and the organelles almost vanished.

7. Results Abundant heterochromatin were found in the karyon of 5-month embryonic retinal neuroepithelial cells, and the figure of the karyons was irregular.

8. C-bands of chromosomes, viz. heterochromatin of 13 cassava germplasms (Manihot esculenta) were displayed by the method of dryness and high temperature.

9. C - banding confirmed increase in the heterochromatin in one chromosome 9 and inversion in the other.

10. The development of molecular biology and genome project have fostered much interest in the structure and function of centromeric heterochromatin.

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11. Some PRC had a multi shaped nucleus in which equal amount of euchromatin and heterochromatin.

12. Chromosome material with exhibits of such behaviour is called heterochromatin.

13. One of these is control of repeated DNA sequences in and outside the heterochromatin.