ライフサイエンスコーパス: agnathan

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1 l other taxa, including jawless vertebrates (agnathans).

2 e upper limit of visual complexity in extant agnathans.

3 Lampreys are extant representatives of agnathans.

4 One significant distinction between agnathans and gnathostomes, however, is the acquisition

5 bone, are found in the body armor of ancient agnathans and mammalian teeth, suggesting that these two

6 o be remarkably similar in both the jawless (agnathan) and jawed (gnathostome) vertebrates, suggestin

7 representatives of the jawless vertebrates (agnathans), and compared with jawed vertebrates (gnathos

8 ordate, the sea lamprey, a representative of agnathans, and the elephant shark, a basal jawed vertebr

9 AGP1 in monotremes, birds, elasmobranchs and agnathans, and the first MAGP2 genes in marsupials, bird

10 ch together are known as the cyclostomes or 'agnathans', are the only surviving lineages of jawless f

11 One group of agnathans became cyclostomes, which include lamprey and

12 ber of the Y1 subfamily has been reported in agnathans, but the phylogenetic tree of the Y1 subfamily

13 e test the ability of available gnathostome, agnathan, cephalochordate and insect tfap2 paralogs to d

14 head skeleton of modern jawless vertebrates (agnathans) consists of thin rods of flexible cellular ca

15 x1 and Otx2 took place after the gnathostome/agnathan divergence and does not correlate with the orig

16 ABSTRACT: The earliest vertebrates were agnathans - fish-like organisms without jaws, which firs

17 that in the lamprey, a primitively jawless (agnathan) fish that is a sister group to the gnathostome

18 Other agnathans gave rise to jawed vertebrates or gnathostomes

19 neural crest cells may have arisen after the agnathan/gnathostome split.

20 The discovery of VLRs in agnathans illuminates the origins of adaptive immunity i

21 tors through rearrangement of LRR modules in agnathans (jawless fish) and of immunoglobulin gene segm

22 AANATs from Agnathans (lamprey) and Chondrichthyes (catshark and ele

23 n analyzing head skeleton development in the agnathan, lamprey.

24 Lampreys belong to the agnathan lineage, and they are thought to have branched

25 urred subsequent to the divergence of living agnathans, near the Proterozoic/Phanerozoic boundary (ap

26 Agnathan or jawless vertebrates, such as lampreys, occup

27 es of the earliest group of vertebrates, the agnathans or jawless fishes.

28 efficient means for genetic manipulation in agnathan species have not been developed, hindering func

29 roid hormone in the lamprey, a member of the agnathans that evolved more than 500 million years ago.

30 the central nervous system representative of agnathans, the earliest vertebrate group.

31 transitions: invertebrate to vertebrate, and agnathan to gnathostome.

32 rian ecosystems dominated by jawless fishes (agnathans) to younger assemblages composed almost exclus

33 n erythrocytes from the hagfish, a primitive agnathan vertebrate lacking markers of an adaptive immun

34 enes from the lamprey Petromyzon marinus, an agnathan vertebrate that occupies a critical phylogeneti

35 The inner ear of adult agnathan vertebrates is relatively symmetric about the a

36 prise the crucial clade uniting amniotes and agnathans; yet despite their critical phylogenetic posit

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