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Originally posted by sonhouseThe "P" stands for "Professor" since professors and assistant professors are on physorg, right? 😏
Because you are nothing but a self lobotomized troll. BTW, how long have you posted as Phinds in physorg?
The following seems like evidence of intelligent design to me.
Cellular metabolic byproducts, chemicals, and radiation such as sunlight continually damage our DNA. Damaged DNA disturbs cellular function and can cause ageing. Moreover, permanent changes in the genetic code (i.e. mutations) can arise when the DNA duplicates before the error is repaired. Mutations may result in cancer. Fortunately, most lesions are quickly repaired by the cell's repair proteins. In addition, the cell turns on a DNA damage alarm when it detects DNA lesions.
The alarm sets a variety of processes in motion. For instance, it temporarily stops DNA duplication and cell division, preventing errors from being passed on to daughter cells. But DNA damage does not only affect DNA duplication, it also has a great impact on gene transcription (the process that copies DNA into RNA, which is necessary for gene expression). The enzyme that carries out transcription halts when it encounters a UV-induced DNA lesion. Dr Maria Tresini: "Until now, it was unknown whether these transcription problems also trigger the DNA damage response. We discovered that this is indeed the case."
Read more at: http://phys.org/news/2015-06-dna-alarm.html#jCp
Originally posted by RJHindsAnd your point is?
The "P" stands for "Professor" since professors and assistant professors are on physorg, right? 😏
[b]The following seems like evidence of intelligent design to me.Cellular metabolic byproducts, chemicals, and radiation such as sunlight continually damage our DNA. Damaged DNA disturbs cellular function and can cause ageing. Moreover, permanen ...[text shortened]... s is indeed the case."
Read more at: http://phys.org/news/2015-06-dna-alarm.html#jCp[/b]
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Originally posted by sonhouseThe point is that the very existence of a DNA damage alarm that detects DNA lesions and temporarily stops DNA duplication and cell division, preventing errors from being passed on to daughter cells is enough evidence of design for most people.
And your point is?
However, now they have discovered that it also halts a protein enzyme that carries out transcription of DNA into RNA to give time for the cell's repair proteins to quickly repair the lesion.
This combination programming, without even considering the full DNA programming, should be enough evidence for a reasonable person to see that this DNA damage alarm was intelligently designed for that purpose. Also the protein enzymes that do the repair and the protein enzyme that does the transcription of DNA into RNA must have each been designed for their specific purpose just like the DNA damage alarm.
This is clear evidence to me of DNA programming and intelligent design by a superior programmer and designer.
Originally posted by RJHindsSo you validate your deity based on DNA feedback. Grasping for straws again.
The point is that the very existence of a [b]DNA damage alarm that detects DNA lesions and temporarily stops DNA duplication and cell division, preventing errors from being passed on to daughter cells is enough evidence of design for most people.
However, now they have discovered that it also halts a protein enzyme that carries out transcription of DN ...[text shortened]... e to me of DNA programming and intelligent design by a superior programmer and designer.[/quote][/b]