RNA processing and disease 2019 (1)

By: James V. Kohl | Published on: February 21, 2019

Steve Mount Ongenetics, (Univ. of Maryland. Interested in gene structure and function, especially pre-mRNA splicing) wrote:

At Michael Sattler

A great story, many vignettes of extremely complex RNP-RNA interactions affecting a variety of post-transcriptional processes. Very short motifs in the right relationship recognized by multiple RNA-binding domains on the same or different proteins.

My reply:

Been there; done that. Presented it two years ago at a virtual conference on precision medicine. What did I leave out?

See also: Arrival (2016)

“amounts to something transcendent; something to reignite your excitement for cinema, for life.”

For comparison

…the New York Observer, gave the film one out of four, calling it Villeneuve’s “latest exercise in pretentious poopery” and referring to a lack of action in the storyline.

The movie linked every aspect of what is known to serious scientists about how the energy-dependent creation of the sense of smell in bacteria was linked to our representations in these two interviews.
Quantized Energy Links Olfaction from Angstroms to Ecosystems Part 1 Jun 23, 2017
Quantized Energy Links Olfaction from Angstroms to Ecosystems Part 2 Jun 24, 2017
Write the name ‘hannah’ on the pieces of paper you use to make your Mobius Strip. The name will link the past, present, and future in the context of the light-activated assembly of the nucleic acid-microRNA-peptide nanocomplex and the dual modulation of health-related microRNAs and disease-related microRNAs.
Remember that when you see the reports on presentations during Bermuda Principles: Impact on RNA Processing & Disease Feb 20-24, 2019

The session topics include: Bioinformatics; RNA structures; Splicing; Transcription; Translation; Viruses; non-coding RNAs; miRNAs; Therapeutics and Technologies.

The first person to link the creation of sunlight to the light-activated assembly of the nucleic acid-microRNA-peptide nanocomplex and the dual modulation of health-related microRNAs and disease-related microRNAs in all living genera will do what the researchers in Israel who reported on the forthcoming cure for cancer have already done.
See: Accelerated Evolution Biotechnologies 

The ability of different peptides to inhibit autophosphorylation of EGFR is presented by the decrease of the fluorescent signal (Y axis).

See for comparison:
A call for personalized functional genomics, including transcriptome (splicing) analysis from at


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