N-terminal aminoaacid sequencing?
457223
Actually under physiological conditions, this group is found as NH3+.
266878
Ok, the ones of the left side are first base in codons, the ones on the very top are second base in codons, and the ones on the very right are third base codons. So you read it in 1,2,3 order. Lets say your reading a codon like... AAT, so you would look at the A on the left look under THE A column at he top, then drag your finger from the first T on the right, and the amino acid would be leucine. I'm taking Bology too except CP. Hope I helped!!!
120885
http://pubs.acs.org/cgi-bin/abstract.cgi/jafcau/1953/1/i03/f-pdf/f_jf60003a008.pdf?sessid=6006l3
1153390
Go to http://www.ncbi.nlm.nih.gov/. Type the name of your protein in the box and search the nucleotide database. You'll get a list of hits. Find one that's what you're interested in. Click on its box and BLAST it. You'll get a lot of red lines and under these is the list of all those sequences that align with yours. \n\nTo do a multiple alignment on your desktop, you'll need to download some free alignment software such as Bioedit http://www.mbio.ncsu.edu/BioEdit/bioedit.html and load your sequences into it. It will show you the conserved areas.\n\nNone of this costs money and it's very easy with some practice. Send me an email if you need more help.
1034761
Are you referring to these?\n\nhttp://www.cda.org.uk/megab2/general/pub130/din.html\nhttp://www.cda.org.uk/megab2/general/pub130/table54-din.html\nhttp://www.cda.org.uk/megab2/general/pub130/table53-din.html
430980
the first one is RNA. You can tell by the U at the end of the sequence
1092857
The IntelligentG list is pretty good, but note that no list is going to be complete.  There are just too many.  I doubt you will ever see C2B4H7(-) in a list.
909523
Hey cool I'm doing the same subject. \nOrder of the Nucleotides:\nCAUAUGGUCAGUAAACAG\nCodons:\nCAU-AUG-GUC-AGU-AAA-CAG\nAmino Acids:\nHistidine-Methionine-Valine-Serine-Lysine-Glutamine\nI really Hope that helps you,\n-Sean
29613
http://www.dent.ucla.edu/pic/members/microbio/mdphome.html
352919
try this website\n\nhttp://www.nscalliance.org/bioinformatics/databases.asp
183381
A set of enzymes is responsible for attaching the amino acid to the relevant tRNA.  these enzymes are called aminoacyl-tRNA synthetases.   818 of these enzymes have currently had their primary structures solved.  In E. coli there are 21, and each of these recognizes a specific amino acid and one or more tRNAs.\n\nThere are actually two general classes of aminoacyl-tRNA synthetases (class I and Class II), each class functions in a completely different way, and we have really no explanation for why two classes exist.\n\nThere is no RNA component to aminoacyl-tRNA synthetases, just protein.
81856
All answers are correct. The primary aminoacid sequence is changed which may have implications for the structure and funtion of the protein
296404
http://www.tm4.org/midas.html\n\nDon't know why you need this, unless you're working in a genomics lab surrounded by hundreds of thousands of dollars worth of equipment like I am on an average day, but that's what you're probably looking for.
30588
Actually, mutation is normal in every being.\n\nThe genetic code is "divided" (not physically) into TRIPLETS of nitrogened bases. Each triplet codifies for one AMINOACID, which will later form proteins.\n\nNow, the thing is that the same aminoacid can be codified by three or four DIFFERENT triplets. For instance, the aminoacid tryptophan can be codified from the triplets ACU, ACC, ACA and ACG.\n\nAs you may see in that case, the only nitrogen base that changes is the last one (U,C,A,G), but the result of the codification is the same: the aminoacid tryptophan.\n\nSo, in that case, if a mutation occurs in the last nitrogen base, it doesn't really affect anything at all, since tryptophan will still be produced.\n\nThat's what's called a SILENT MUTATION. It has no effect at all in an individual.\n\nThe real problem with mutations start when the first or second nitrogened base of the triplet is mutated. There, the aminoacid that is produced is different that the one is supposed to be produced.\n\nBut even then, if the aminoacid changes the protein (made up from hundreds of aminoacids) might still be the same, without having any effect on the individual.\n\nTo sum up: mutations happen everyday to everyone. The large majority of them has no effect on the general aspect of individuals, and some of them only have minor effects (for example, a mole is the product of a mutation!!!).\n\nWhen they are serious, though, it can lead to any kind of problems, such as cancer and others.\n\nHope it clarified!
372921
http://faculty.clintoncc.suny.edu/faculty/Michael.Gregory/files/Bio%20101/Bio%20101%20Lectures/DNA/dna.htm
93411
Rote memorization, with flashcards possibly, is the only way I can think of. Like the other poster said, look for carbonyls, alcohols, alkenes, and amino peaks (a weak, wide peak at about ... 3200 or so)
346188
Gene Codes produce sequences\nseguence assembly & analysis can be found on genecodes.com\nHope this will help