ライフサイエンスコーパス: punch biopsy

1 mpled using three methods: swab, scrape, and punch biopsy.

2 otein from a single 3 mm full thickness skin punch biopsy.

3 , only 5 of those cases were confirmed using punch biopsy.

4 cutaneous innervation in skin obtained using punch biopsy.

5 iated and nonirradiated areas by keratome or punch biopsy.

6 tion of individual hydrogels using the small punch biopsies.

7 ing accidental radiation exposure using skin punch biopsies.

8 mphomas that were collected with 4-6 mm skin punch biopsies.

9 ldSHOT, was optimized for 0.75 mm human skin punch biopsies.

10 mputed tomography of postmortem human tissue punch biopsies.

11 We used tail-cut (4 cm), liver punch biopsy (12 mm), liver laceration (3.0 x 1.5 cm), a

12 Punch biopsies (3 mm) were placed in the skin of normal

13 Following injury by a dermal punch biopsy, ACLP(-/-) mice exhibited deficient wound h

14 Distal leg skin punch biopsies and 2 neurological scores were used to de

15 d five of six doxycycline-treated dogs, skin punch biopsies and multiple tissues from necropsy sample

16 arteriosclerosis not normally represented in punch biopsies and potentially driven by persistent graf

17 Skin punch biopsies and reduction sheets as well as blood spe

18 , abdominal CT-scan, colonoscopy, serum CEA, punch biopsy and Faecal occult blood test.

19 tuted with sex-mismatched BM were wounded by punch biopsy and incision.

20 biopsy, image-guided fine needle aspiration, punch biopsy, and open surgical biopsy.

21 Excision and full-thickness punch biopsies are indicated for suspicious lesions, whe

22 suspicious lesions, whereas shaves and small punch biopsies are to be avoided.

23 Punch biopsy confirmed PNBCC patients were included at t

24 logy assessment, and small fiber tests: skin punch biopsy, corneal confocal microscopy, microneurogra

25 d at 4 days and 7 days after skin removal by punch biopsy disclosed EPCs incorporated into foci of ne

26 d for assessing skin burns is through tissue punch biopsies followed by histological analysis.

27 Skin punch biopsy for assessment of epidermal nerve fiber den

28 We profiled punch biopsies from dupilumab-associated head and neck d

29 kin fibroblast samples were obtained by 2-mm punch biopsy from 12 patients (11 were women) who had ma

30 Fibroblasts were obtained by punch biopsy from patients with diffuse cutaneous SSc of

31 mentary DNAs from 92 psoriatic and 82 normal punch biopsies, generating an average of approximately 3

32 48) and equivalent to the reproducibility of punch biopsy histopathologic interpretations (kappa = 0.

33 bleeding and coagulation parameters, using a punch biopsy-induced bleeding model in healthy subjects.

34 t application on ex vivo porcine dura with a punch biopsy injury.

35 The liver punch biopsy model resulted in a mean (SD) TBV loss of 1

36 e bleeding model parameters evaluated in the punch biopsy model.

37 The liver laceration and punch biopsy models resulted in most of the blood loss w

38 Following dorsal skin punch biopsies, mutant mice exhibited a significant dela

39 Brain punch biopsies of 13 discrete brain regions indicated th

40 ral blood mononuclear cells (PBMCs) and skin punch biopsies of IBH lesions and healthy skin from IBH-

41 Punch biopsies of skin of 11 adult patients with LyP wer

42 Fibroblasts cultured from a skin-punch biopsy of an XLRP patient were transduced to produ

43 Punch biopsy of the initial eruption revealed leukocytoc

44 an in vivo acute injury system analogous to punch biopsy of the skin.

45 After dorsal skin punch biopsies, Panx3-knockout mice exhibited a signific

46 le dogs was studied quantitatively with skin punch biopsy samples and blood samples collected at 4- a

47 future studies, small tissue samples, e.g., punch biopsy samples, might be sufficient for case confi

48 ermined from absorbance spectra of dissolved punch biopsy sections.

49 An incisional punch biopsy specimen revealed an atypical melanocytic p

50 unch biopsy specimen was preferred to a 6-mm punch biopsy specimen since the wound was less likely to

51 The use of a 4-mm punch biopsy specimen was preferred to a 6-mm punch biop

52 relia burgdorferi was isolated from the skin punch biopsy specimens during each episode of erythema m

53 Punch biopsy specimens from Mycobacterium ulcerans disea

54 This case-control study obtained punch biopsy specimens from patients with HS (lesional a

55 In the current study, cutaneous punch biopsy specimens of 15 individuals with severe/cri

56 papillary dermal vascular structures in all punch biopsy specimens of allo-HSCT recipients who had c

57 dent infection was assayed by culture of ear punch biopsy specimens taken at 4, 8, and 12 weeks posti

58 Ear punch biopsy specimens taken from Swiss Webster mice at

59 Punch biopsy specimens were collected for biomarker anal

60 Cell suspensions were made from scalp punch biopsies taken from 12 patients with long-standing

61 Punch biopsies taken from photoaged forearm and from pho

62 participated in a mechanistic substudy where punch biopsies were collected (lesional and nonlesional

63 Fibroblasts cells isolated from 3-mm skin punch biopsies were cultured on a 3-D Matrigel matrix wi

64 the upper inner arm, through which two 4-mm punch biopsies were made.

65 Punch biopsies were placed on wild-type (WT) and HB mice

66 o severe pruritus, lesional and non-lesional punch biopsies were taken from AA patients along with ag

67 Punch biopsies were taken immediately after exposure and

68 Punch biopsies were taken of the expanded oral mucosa.

69 After 96 h, punch biopsies were taken under local anesthesia and pro

70 status, and performed dermal biopsies (3-mm punch biopsy) with dermal carotenoids assessed by HPLC.

71 Using punch biopsy wounds in rats as a wound healing model, th

72 We performed punch biopsy wounds on anesthetized rats and monitored t

73 t skin biopsy specimens, including a routine punch biopsy, yield sufficient material for diagnostic f