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09-02-2002, 04:23 PM | #21 |
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Good grief. How do they manage to chew it? I wouldn't have thought you could do it with flat molars and no incisors. Do they swallow it whole?
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09-02-2002, 05:12 PM | #22 | |
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Quote:
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09-02-2002, 06:59 PM | #23 |
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Was it John Cleese's line...."That most dangerous of animals...a truly clever sheep!"
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09-02-2002, 07:25 PM | #24 |
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That was Graham Chapman. (picky picky).
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09-02-2002, 09:36 PM | #25 |
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The photo is from the cover of Journal of Applied Ecology in 1996. It concerns a paper on cattle nutrition. Specifically, when the land is overgrazed cattle will eat flesh. Sometimes the overgrazing is the result of an out of control rabbit population, and farmers have introduced biological controls to kill the pests. Cattle can either scavenge dead rabbits, or catch dying and blind ones to chew on.
The significance is that Leviticus 11:6 is wrong. It's not that rabbits chew their cud, it's that rabbits are chewed as cud. |
09-03-2002, 12:50 AM | #26 | |
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I forgot to mention the punchline to what I was asked. Here it is in full. Read it and weep (with mirth):
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09-03-2002, 01:03 AM | #27 |
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...Which I guess means that if we can show that kangaroos are not closer to humans, the creator does not use similar DNA for similar ( ) designs...
Though for some reason I don't think I can be bothered... the constant <img src="graemlins/banghead.gif" border="0" alt="[Bang Head]" /> , oddly enough, sometimes just gives you a headache . Oolon |
09-03-2002, 01:57 AM | #28 |
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Still waiting for his response...
What's betting that this'll turn out to be one part of one protein or something? It's not like they've sequenced the whole kangaroo genome, after all. The thing I'm really wondering is if he meant kangaroo rat rather than kangaroo. If he did, I guess we won't be hearing from him again. |
09-03-2002, 02:40 AM | #29 |
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Blast pairwise alignments of cytochrome b
Human/cow Sequence 1 lcl|seq_1 Length 1135 Score = 292 bits (152), Expect = 5e-76 Identities = 496/663 (74%), Gaps = 2/663 (0%) Strand = Plus / Plus Sequence 2 lcl|seq_2 Length 1140 (1 .. 1140) Score = 206 bits (107), Expect = 5e-50 Identities = 307/407 (75%) Strand = Plus / Plus Theres a big gap in the middle of the alignment - thats why there are two different alignments here human/kangaroo (macropus giganteus) Score = 581 bits (302), Expect = e-163 Identities = 780/1019 (76%) Strand = Plus / Plus there aren't any big gaps in this alignment The results are strange - i tried to do some blasting using 16sRNA, but I can't bloody find human 16s ribosomal RNA (i personally think the search engine at NCBI sucks) |
09-03-2002, 03:04 AM | #30 |
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BLAST alignments of cytochrome c oxidase subunit III
human/cow Score = 554 bits (288), Expect = e-155 Identities = 613/779 (78%) Strand = Plus / Plus Human/kangaroo Score = 358 bits (186), Expect = 7e-96 Identities = 579/779 (74%) Strand = Plus / Plus different story this time - illustrates the problem of inferring phylogeny from a single gene. To do it properly you'd want to use DNAml or DNApars to construct a 16sRNA tree using a number of different marsupial/ungulate/primate species. I used to have access to a program that could do it easily - not anymore. finding genes on NCBI can be very irritating (for instance, when the words "bos taurus mitochondrion" are typed in the search field, the first hit is; 1: NC_003074 Links Arabidopsis thaliana chromosome 3, complete sequence gi|22331929|ref|NC_003074.3|[22331929] ...its totally baffling) |
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