ライフサイエンスコーパス: asexually

1 oid, free-living, amoeboid cells that divide asexually.

2 r organisms that reproduce both sexually and asexually.

3 parasites and that bdelloid rotifers evolved asexually.

4 ng whether seeds can be produced sexually or asexually.

5 c exchanges scattered among regions evolving asexually.

6 If, as it seems, bdelloids have evolved asexually, an equality of bdelloid and monogonont substi

7 l of hybrids, F(1) individuals can reproduce asexually and form long-lived, potentially immortal hybr

8 ine that T.b. gambiense is evolving strictly asexually and is derived from a single progenitor, which

9 Bacteria reproduce asexually and pass on a single genome copied from the pa

10 ial ascidian Botryllus schlosseri propagates asexually and sexually, presumably from pools of stem ce

11 ae (e.g., Acanthamoeba, Naegleria) reproduce asexually and therefore, according to popular doctrine,

12 ts: mammals or birds, in which they multiply asexually, and mosquitoes with sexual multiplication.

13 sms capable of reproducing both sexually and asexually are expected to mate more frequently when stre

14 rrhizal (AM) fungi (Glomeromycota) reproduce asexually, are multinucleate, and have high genetic vari

15 The fungus grows asexually as a budding yeast.

16 Agents spawn asexually at rates that depend on their current fitness,

17 Our findings suggest that bdelloids evolve asexually but exchange DNA horizontally both within and

18 Toxoplasma gondii replicates asexually by a unique internal budding process character

19 Hieracium praealtum forms seeds asexually by apomixis.

20 small aquatic worms that typically reproduce asexually by fission.

21 Kalanchoe daigremontiana reproduces asexually by generating numerous plantlets on its leaf m

22 These fungi reproduce asexually by production of conidia and chlamydospores an

23 morphologically indistinguishable from their asexually committed counterparts, defining their charact

24 cycle that begins with invasion by a single, asexually committed merozoite and ends, 48 hours later,

25 colony synchronously dies every week as the asexually derived generation of buds reaches functional

26 cess coincides temporally with the growth of asexually derived primary buds, that harbor a small numb

27 re important drivers of increased fitness in asexually evolving populations.

28 rescent markers to visualize the dynamics of asexually evolving yeast populations.

29 However, in animals that can propagate asexually, germline precursors can originate in adults.

30 ompensated by their proficiency to reproduce asexually in a wider range of environmental conditions.

31 ucing species to sometimes produce offspring asexually - is known from a wide range of ordinarily sex

32 rile hermaphrodite that may be propagated by asexually produced spores or that may reproduce sexually

33 evere developmental defects were observed in asexually propagating tissues, reflecting a pathologic s

34 proteins, is essential for the commitment of asexually replicating forms to sexual development in Pla

35 Rodents are a natural host for asexually replicating forms, whereas cats serve as the d

36 Synchronized asexually replicating parasites are induced for gametocy

37 Asexually replicating populations of Plasmodium parasite

38 The Giardia life cycle alternates between an asexually replicating vegetative form and an infectious

39 ental evidence that senescence occurs in the asexually reproducing marine oligochaete Paranais litora

40 , we consider a simple model of evolution in asexually reproducing populations which considers adapta

41 d on the basis of their activity against the asexually reproducing red blood cell stages of the paras

42 ariety of different types of organisms, from asexually reproducing single-cell organisms to chromosom

43 ed by the same pathways that govern aging of asexually reproducing yeast cells.

44 results apply to a general class of haploid, asexually reproducing, spatially structured populations.

45 ce a substantial fraction of their offspring asexually, so long as the number of sites under selectio

46 frequency with which offspring are produced asexually, through self-fertilization and through sexual

47 the malaria parasite invades and replicates asexually within circulating erythrocytes.

48 Malaria parasites replicate asexually within their mammalian hosts as haploid cells

49 ude that the ability of females to reproduce asexually without males reduces selection constraints on