ライフサイエンスコーパス: gross morphology

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1 divided into four categories, based on their gross morphology.

2 itter stripes contain cell types with shared gross morphologies and transcription factor markers.

3 bolic activity and dry weight, whereas their gross morphology and architecture are evaluated using fl

4 The gross morphology and behaviour of these two species indi

5 Gross morphology and histology of 12-month-old wild-type

6 Although the gross morphology and structure of the pwi larval inner e

7 o populations developed differences in their gross morphology and the test microstructure.

8 portant for establishing many aspects of the gross morphology and topology of the brain, there are ma

9 on of the murine ileum led to changes in the gross morphology and ultrastructure of the tunica muscul

10 ctrophysiological criteria, correlated their gross morphology, and classified them into distinct cate

11 g rods retain their outer segments and their gross morphology appears relatively normal.

12 Conversely, nuclear volume and its gross morphology are regulated by intracellular outward

13 The gross morphology, biochemical content, and compressive a

14 utant mice had normal neonatal viability and gross morphology, but their cells had the expected chrom

15 flow cytometry analysis illustrate that the gross morphology, cell numbers, and cell populations in

16 e mutant plants were analyzed for changes in gross morphology, development, and responses to selected

17 nd definitive method for delineating cardiac gross morphology, global and regional cardiac function,

18 Cardiac gross morphology, histology, and function (assessed by w

19 ct to clinical features, time from stenting, gross morphology, histology, presence of bile fistulae,

20 While the cardiac gross morphology is normal, suggesting a structurally no

21 ns and contralateral axonal branching, their gross morphology is similar to that of cricket omega cel

22 h degree of similarity, as judged by overall gross morphology, molecular marker analysis and cardiac

23 Tumor size, gross morphology (n = 27), histologic features, and prop

24 n deficiency and/or treatment influences the gross morphology, neutral lipid content, and fatty acid

25 Although the gross morphology of 435/BRMS1 cells is similar to the pa

26 Although the gross morphology of amyloid fibrils is fairly well under

27 suggest that, despite the relatively normal gross morphology of cerebellum, stargazin mutation resul

28 nd androgens did not appear to influence the gross morphology of meibomian tissue or to exert a demon

29 act gp13 (sus13(342) and sus13(330)) had the gross morphology of phi 29 but were not infectious.

30 t that deletion of IGF2 gene does not affect gross morphology of the brain but does selectively alter

31 lar disorganization in the ventricular zone, gross morphology of the cortex was unaffected during los

32 alleles reveal no discernible disruptions in gross morphology of the nervous system.

33 I receptor blocker, preserved renal mass and gross morphology of the obstructed kidneys.

34 rain size does not require plasticity in the gross morphology of the olfactory system.

35 No differences were discovered in the gross morphology of the pancreatic islets or in the isle

36 rked effect on endocytic trafficking and the gross morphology of the peripheral membrane system.

37 ffect of the light-rearing conditions on the gross morphology of the retina.

38 enous GABA, but no differences in abundance, gross morphology, or spontaneous synaptic activity were

39 not show any significant differences in the gross morphology, such as thickness of retinal layers or

40 rvation of the type of T. danica goes beyond gross morphology to include ultrastructural details and

41 ally related to its function, extending from gross morphology to individual neuron types, where soma

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