Category Archives: enhancer

Does Chromosome Structure Really Matter? Yes It Does.

Ring chromosomes in humans, animals, and plants are well known to the scientific community. They are the result of chromosomal translocations and are usually deleterious and unstable. The current thinking is based on a linear chromosome model of replication. My … Continue reading

Posted in biology, cancer, cell, cell cycle, cell death, cellular differentiation, centriole, centrosome, chromatid, chromatin, chromosome, circular DNA, DNA, enhancer, evolution, gene, gene expression, genetics, mitosis, mutation, nucleus, promoter, RNA, RNA transcription | Tagged , , , , , , , , | Comments Off on Does Chromosome Structure Really Matter? Yes It Does.

Humans Descended From Primitive “Bacteria” That Still Exist Today?

The biggest argument against evolution is the so called lack of evidence for “missing links”, the focus always being on monkeys versus man. But let’s take it back even further than that. Let’s go beyond primates, beyond even the most … Continue reading

Posted in apoptosis, autoimmune, autoimmune disease, bacteria, biology, cancer, cell, cell cycle, cell death, cellular differentiation, centriole, centrosome, chromatid, chromatin, chromosome, circular DNA, DNA, endosymbiont, endosymbionts, enhancer, evolution, gene, gene expression, genetics, horizontal gene transfer, Life versus inorganic minerals, mitosis, mutation, nuclear matrix, nucleus, palindrome, promoter, retrovirus, RNA, RNA transcription, Stem Cells, symbiont | Tagged , , , , , , , , , | Comments Off on Humans Descended From Primitive “Bacteria” That Still Exist Today?

Distal and Proximal Enhancers of Transcription Based Upon the Replicon Cluster Model of DNA Differentiation

Please refer to the last two posts when examining these models. PDF image available.

Posted in cellular differentiation, enhancer, gene expression, palindrome, promoter, retrovirus, RNA, RNA transcription | Tagged , , | Comments Off on Distal and Proximal Enhancers of Transcription Based Upon the Replicon Cluster Model of DNA Differentiation