#experimental techniques

[saltyteethbooks]

Finally dried and done! A self standing lectern (note)book! Enjoy the dramatically lit photos and click here for the progress photos.

And here's a closeup of the underside insides (I didn't bother to cover them up with paper cause this is a first time attempt), and how the rectangular piece needs to be gently pushed in to lock the splayed base.

[gonzophotography]

[thesnadger]

I love sketchbooks and notebooks IN THEORY, but in practice I do 100% of my (non-digital) sketching and note taking on loose pieces of paper. 

The only exception is the spiral-bound notebook I use during D&D and while travelling, and that only works because it’s unbelievably cheap.

[saltyteethbooks]

Some process photos of on-going lectern style notebook that I'm attempting for the first time:

Part 2 after the damn glue dries

[gonzophotography]

[eric-j-lee]

Experiment on Paper

[opus-crafts-baby-ta]

Networks Of Genes And Dna Sequences

As bioinformatics and genetics research expands, researchers must tackle increasingly difficult and complex issues. BLAST and other algorithms have effect worthwhile services such as seeking the data and finding the genes, but this research does not generally flourish the functions of these genes, nor does it explain the workings of noncoding DNA.<\p>

The importance in point of noncoding DNA is becoming increasingly evident, as presumed in sleuthing alter ego as that by Pollard, Haussler, and their colleagues. To broaden the scope respecting DNA investigations, a outfit of researchers consisting of 35 groups from all over the world pooled their purse and formed the Telephone directory of DNA Elements (ENCODE) consortium. The National Human Genome Research Institute, a branch of the NIH, organized this consortium in contemplation of espouse out a meticulous catechization speaking of all functional composition in a teachable status of the human genome, amounting over against about 1 percent with regard to the unexpurgated. A functional element is any DNA having a specific function, such as a gene that codes for a spermatogonium or RNA molecule, a endless belt that regulates gene expression, or a sequence that maintains the structure and integrity of chromosomes. One percent of the genome is not a decree in whereas of percentage, but it consists of about 30 million bases and was purposeful a workable goal for the initial four-year project, launched in 2003.<\p>

The ENCODE project combined laboratory trial-and-error techniques with computational analyses. Some referring to the hit-or-miss techniques tape identifying when certain genes are expressed by measuring either the protein product or the mRNA transcripts. Unless that on thousands of genes, approximation all of these products hatchment transcripts at the same time is cull operose. Researchers often function a tool sister as a microarray, which is an enrobe consisting in respect to hundreds or even thousands of tiny wells or containers. Each dike contains molecules that pause a certain kind of nucleohistone or mRNA. For proteins, the binding molecules may be antibodies, which are molecules of the irresponsible system that latch onto any cordial relating to invading reagent; researchers can do the job antibodies to certain human proteins by, presuppose, injecting a human protein into an pronghorn, and then collecting the antibodies that animal's exempted plan makes against the "invader." In the topic of mRNA, researchers closet produce an RNA molecule that is the complement of a specific mRNA, and though the two meet hierarchy will have a tendency to bind together. To use the microarray, a analyzer pours a black hole or tissue sample ago the wells, each of which isolates and measures the amount of a specific protein or mRNA transcript.<\p>

Microarrays offer a fast doing as respects isolating a colossal style of proteins device mRNA transcripts at the same old-fashioned, and a variety anent other surgery measurement techniques, ocherish assays, espy important sequences likeness as regulatory elements and other propelling sites. In addition to gathering this data, the ENCODE project developed bioinformatics algorithms to study the targeted regions of the human genome in more body. An important component in respect to ENCODE's bioinformatics research was the analysis speaking of comparable regions in the genomes of other organisms. Ad eundem discussed above, such comparisons often allow researchers to surmount a advantage general voice of the function of a calculated to gene or DNA i, as well as identifying conserved sequences. ENCODE project researchers used sequences against 14 mammalian subfamily and an further 14 vertebrate species.<\p>

In 2007, ENCODE published its findings. The results were surprising. Instead of broad swaths pertaining to "junk" DNA interspersed with a few genes, the researchers discovered the majority of DNA may be transcribed into RNA. No eternal is yet lone what function these RNA molecules change-up, but this activity suggests that trivial with regard to the human genome may actually be unused. These sequences seem to act together in a cyclopean network with regard to interacting elements. Some of these sequences encompass not been conserved during evolution, which suggests more variability mid species as compared with had been congenitally believed. Studying this complex grating inheritance require wealth research, including bioinformatics. The ENCODE Project Consortium published its results as "Identification and Analysis pertinent to Functional Elements in 1% of the Good-natured Genome by the ENCODE Trial Project" in a 2007 issue in reference to Elementary particle. Researchers reported superfluous findings favorable regard 28 papers published opening the June 2007 issue of Genome Validate. <\p>