i am not a expert in the field, nor have a Nobel prize. but if you post the original scientific journal by Dr de Duve, i will ask my cytogenetic professor.
sorry, im not aware of an original scientific journal, but feel free to hand him this humble link.. http://www.intelligentdesignversusevolution.com/
http://www.sciamdigital.com/index.c...LEID_CHAR=35420552-C2EC-4ECC-A51A-9F2A75FA8A2 Heres the link to the article but you gotta pay $7.95 to get it... what a bitch >< Anyways i'll prolly go into uni tomorrow and i'll check to see if its in the uni database... Hopefully the likelihood of a article from scientific american will be recorded in NZ (fingers crossed ehe) Just out of interest artofwar what do you study?
hi.. thought i might help here.. ~link removed~ i will remove the file later.. so let me know when you've dled it..
Thanks xiaojia! lol your a bloody legend... I dled it already, but maybe you should leave it up for artofwar? neways thanks alot lol your honestly the man haha
From my undergraduate cell biology and microbiology notes, mitochondria comes from rickettsias and choroplasts come from Marchantia polymorpha. Both mitochondria and chloroplasts genomes consist of a single circular molecule DNA, no histones, first amino acid transcripts is always fMet like bacteria and not methionine as in eukaryotic cells. I am a 1st year graduate student in cytopathology. I am not good in evolution genetics.
A PDF of this 8-page article can be found here: http://biologychs.tripod.com/sitebuildercontent/sitebuilderfiles/complex.pdf
Hah... im not really sure what the information you provided entails >.< If you can be bothered could you please elaborate? btw xiaojia has the link to the article lol and so does hiake
lol.. if hiake had come in earlier.. i wouldn't have to go search for it.. lucky its a small file plus easy to find.. so i'll just delete my link. get it from the one hiake posted k?
Since the publication of the 1997 de Duve paper, many papers have accounted for the microtubule, here is an example http://www.pubmedcentral.nih.gov/articlerender.fcgi?tool=pubmed&pubmedid=1734906 you can read the abstract and the data and come up with your own conclusion. You can search pubmed for more articles. Just read the abstracts and the data, it should be enough Dr de Duve addresses the second problem in part about oxygen holocaust, you can read it yourself. The information I included earlier was the evidence that supports the theory. Rickettsia is intercellular bacteria that scientist believes became the mitochondria. Marchantia polymorpha is the name of the cyanobacteria that is the most likely bacteria to be chloroplast. Single circular molecule is how bacteria structures its DNA same as mitochondria and chloroplast. Eukaryotes use histones to organized DNA into chromosome. DNA in the nucleus requires slicing before transcription and the first DNA is always methionine. Bacteria, mitochondria, and chloroplast DNA doesn’t splice their DNA. The first Amino acid produces is always fMet. Since you gave me homework, here is some homework for you http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=340828
Cheers lol something to do in the holidays hey hey it wont let me see the first link for some reason ... =(
