ライフサイエンスコーパス: milking

1 urring within the gland during more frequent milking.

2 ize were reduced after 4 weeks of infrequent milking.

3 airy economy, including a new focus on horse milking.

4 onary dysplasia compared with umbilical cord milking.

5 s), long deferral (>=120 s), and intact cord milking.

6 collected from the same 20 Holstein cows at milkings 1, 2, 3, 4, 8, and 14 post-partum.

7 After 10 weeks of differential milking, a homogeneous secretory morphology, albeit with

8 ed with archaeological evidence of bridling, milking and corralling(2-4) at Botai, Central Asia aroun

9 (also known as delayed) cord clamping, cord milking, and immediate cord clamping for preterm births

10 ss of deferred cord clamping, umbilical cord milking, and immediate cord clamping in reducing neonata

11 iduals who had cared for animals, undertaken milking, and who had been exposed to cattle in infancy.

12 Umbilical cord milking as an alternative to delayed umbilical cord clam

13 rca 3000 BC and the later emergence of horse milking at circa 1200 BC, concurrent with the first evid

14 bovine mammary gland in response to 4x daily milking beginning at d 4 of lactation (IMF4) relative to

15 Similarly, for umbilical cord milking compared with deferred cord clamping, no clear e

16 For umbilical cord milking compared with immediate cord clamping, no clear

17 ive', 'Booting', 'Heading', 'Anthesis', and 'Milking', comprising 4496 images.

18 guidance on the use of intact umbilical cord milking, device selection for administering positive-pre

19 by analysing 420,534 milk records of 36,908 milking ewes of the Chios breed together with relevant m

20 irculation for 180 seconds or umbilical cord milking followed by an early cord clamping (within 20 se

21 h different timings of clamping or with cord milking for preterm infants.

22 of Australian camel milk varied with season, milking frequency and yield.

23 ncreased milk yield in response to increased milking frequency may be mediated or complemented by enh

24 ous research has demonstrated that increased milking frequency of dairy cattle during the first few w

25 to identify factors mediating the effects of milking frequency on milk yield.

26 ult in increased milk yield during increased milking frequency, or occur in response to an increased

27 roup vs 39 of 104 newborns (38%) in the cord milking group (odds ratio, 0.83; 95% CI, 0.47-1.47; P =

28 welve percent (29/236) of the umbilical cord milking group died or developed severe intraventricular

29 y significantly higher in the umbilical cord milking group than in the delayed umbilical cord clampin

30 t group, and 104 were randomized to the cord milking group.

31 ventricular hemorrhage in the umbilical cord milking group.

32 ased heifers about to be introduced into the milking herd.

33 pastoral groups, and includes rare scenes of milking; however, these images can rarely be reliably da

34 longer-term neurodevelopmental risks of cord milking in nonvigorous near-term and term newborns.

35 lysis confirmed that unilateral cessation of milking initiated involution and cell loss preferentiall

36 ntion by using delayed cord clamping or cord milking is promising, but requires long-term outcome ass

37 geted the prevention of transmission via the milking machine as well as improvement of environmental

38 re detected from cow milk samples (n = 182), milking machine clusters (n = 4), farm personnel (n = 4)

39 solates from various sites (milk, teat skin, milking machine unit liners, hands, and bedding) and cou

40 was also isolated from the rubber liners of milking machine units after milking of infected cows and

41 rticipants were randomized to umbilical cord milking (n = 236) or delayed umbilical cord clamping (n

42 rubber liners of milking machine units after milking of infected cows and from bedding in the outbrea

43 Differential once- and thrice-daily milking of lactating goats was also associated with unil

44 Milking of the unclamped umbilical cord toward the infan

45 est viral RNA) in house flies collected near milking parlors and dead animals.

46 icate in the udder of cows and that milk and milking procedures, rather than respiratory spread, are

47 Among these direct exposures are milking ruminants and drinking fresh milk, which have be

48 Milk samples were collected throughout the milking season and analysed for free oligosaccharides, f

49 ducted with 19 Holstein cows over the entire milking season using liquid chromatography-mass spectrom

50 x classes showed a gradual increase over the milking season with the highest concentration observed i

51 classes remained constant during the entire milking season.

52 Manually 'milking' snakes is the most common method to obtain veno

53 lly significantly higher with umbilical cord milking than with delayed umbilical cord clamping (22% [

54 hird immunization) from twice- to once-daily milking, the ipsilateral decrease in the rate of milk se

55 basis for understanding the critical role of milking time in milk quality.

56 unravel the interaction between feeding and milking time in the overall chemical profile of Parmigia

57 Umbilical cord milking (UCM) is suggested to improve neonatal outcomes.

58 th early cord clamping (ECC), umbilical cord milking (UCM) reduces delivery room cardiorespiratory su

59 randomized clinical trial of umbilical cord milking vs delayed umbilical cord clamping among preterm

60 d with delayed cord clamping, umbilical cord milking was associated with a moderate increase in sIVH

61 Umbilical cord milking was associated with some benefits and no adverse

62 Hence, the timing and region in which milking was first practised remain unknown.

63 Milking was particularly important in northwestern Anato

64 o determine noninferiority of umbilical cord milking with a 1% noninferiority margin.