ライフサイエンスコーパス: kangaroo

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1 tudy should benefit both the endangered tree kangaroo and humans with immunosuppressive disorders tha

2 ll species tested except simian primates and kangaroo and that retroposons are common to a wide range

3 supial species (two macropodiformes, the red kangaroo and the parma wallaby, and a vombatiform, the k

4 Isolates of MAC organisms from affected tree kangaroos and from their environment had no common restr

5 human RPE-1, approximately 80% in PtK2 (rat kangaroo), and approximately 25% in mouse cells, and thi

6 PAT and kangaroo both contain split direct repeat (SDR) termini,

7 We used the Kangaroo Care (KC) intervention and provided maternal-ne

8 ortunistic in humans and other mammals, tree kangaroos commonly develop primary progressive disease w

9 ntained a breeding colony of Matschie's tree kangaroos (Dendrolagus matschiei) since 1975 with a docu

10 Phylogenetic analysis indicates that kangaroo elements are closely related to other unorthodo

11 kangaroo elements are highly mobile and their expression

12 d the genomic structure and evolution of the kangaroo endogenous retrovirus (KERV) in the marsupial g

13 relative copy number and distribution of the kangaroo endogenous retrovirus in the Macropus genus.

14 Our data indicate that amplification of the kangaroo endogenous retrovirus occurred in a lineage-spe

15 The complete proviral structure of the kangaroo endogenous retrovirus, phylogenetic relationshi

16 terization of a novel retrotransposon called kangaroo from the multicellular green alga, Volvox carte

17 For many cell types, however, including rat kangaroo kidney PtK(1) cells, the MI does not increase d

18 laser cuts across Potorous tridactylus (rat kangaroo) kidney (PtK2) cell half-spindles.

19 ta for evidence-based interventions, such as Kangaroo Mother Care and care seeking for newborn infect

20 For example, the implementation of kangaroo mother care was noted as challenging in the fou

21 ucted fluorescence microscopy studies on rat kangaroo (PtK) and human (RPE1) cells dividing in the pr

22 he effects of a keystone engineer, the giant kangaroo rat (Dipodomys ingens), on plants, invertebrate

23 eparated the effects of burrow creation from kangaroo rat density and found that kangaroo rats increa

24 njection into the cytoplasm of single living kangaroo rat kidney cells (PtK2 cells), the MB hybridize

25 ht adult and captive-born adult and juvenile kangaroo rats (Dipodomys heermanni arenae) to a live sna

26 scutulatus) attempting to capture Merriam's kangaroo rats (Dipodomys merriami).

27 ion from kangaroo rat density and found that kangaroo rats increased the diversity and abundance of o

28 For almost 20 years after kangaroo rats were experimentally removed from a Chihuah

29 tion on plants, ants, beetles, orthopterans, kangaroo rats, ground squirrels and lizards.

30 ompensated almost completely for the missing kangaroo rats.

31 citation, thermoregulation, breast-feeding, "kangaroo" [skin-to-skin] care, care of the small baby, a

32 collagen as a benchmark, we apply our novel kangaroo tail tendon collagen as an alternative collagen

33 supial suborder Macropodiformes (present-day kangaroos, wallabies, and related macropodoids), to the

34 Within family Macropodidae (kangaroos, wallabies, bettongs, and potoroos), which exh

35 immune reactivity in apparently healthy tree kangaroos was 3- to 6-fold lower than in humans and othe

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