Marko Rodin - Smart Lazer Technology

okay ,first time we have a match between "them" and "us"

:glpstickman:

The synth effect controls are high (referring to my earlier musical interpretations of solar curves found by my user id, describing tracks), meaning it is a solo time.

[link to www.lmsal.com]

Drum&Base section uses a steady and increasing beat, panned to a higher level after the crash break between sections few bars ago.

Compression/limiter levels look stable, and cones are not burning, which is good.

DJ thinks: "Next a break or a slow piece so I can get a beer. 3-6 db more headroom can be temporary sustained with some clipping meanwhile."

go check out your tis

What's with the hidden posts?

Cross dimensional. They will appear if you refresh/reload your browser.

[link to medicalxpress.com]
"Retroransposons were previously thought to be non-functional and were even labeled as 'junk DNA', but accumulating evidence indicates these elements play an important role in genome regulation," he added.

While the young adult stem cells were able to suppress transcriptional activity of these genomic elements and deal with the damage to the DNA, older adult stem cells were not able to scavenge this transcription. New discovery suggests that this event is deleterious for the regenerative ability of stem cells and triggers a process known as cellular senescence.

"By suppressing the accumulation of toxic transcripts from retrotransposons, we were able to reverse the process of human adult stem cell aging in culture," said Lunyak.

"Furthermore, by rewinding the cellular clock in this way, we were not only able to rejuvenate 'aged' human stem cells, but to our surprise we were able to reset them to an earlier developmental stage, by up-regulating the "pluripotency factors" – the proteins that are critically involved in the self-renewal of undifferentiated embryonic stem cells."

In mammals, almost half the genome (45% to 48%) comprises transposons or remnants of transposons. Around 42% of the human genome is made up of retrotransposons while DNA transposons account for about 2-3%

The retrotransposons' replicative mode of transposition through an RNA intermediate increases the copy numbers of elements rapidly and thereby can increase genome size. Like DNA transposable elements (class II transposons), retrotransposons can induce mutations by inserting near or within genes. Furthermore, retrotransposon-induced mutations are relatively stable, because the sequence at the insertion site is retained as they transpose via the replication mechanism.
[link to en.wikipedia.org]

"Retroransposons were previously thought to be non-functional and were even labeled as 'junk DNA', but accumulating evidence indicates these elements play an important role in genome regulation,"