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1 o actions are known to alternate during tick engorgement.
2 onize I. scapularis and multiply during tick engorgement.
3  the arthropod salivary glands during vector engorgement.
4 ify vaccine candidates that can alter vector engorgement.
5  them according to sex, stage, and degree of engorgement.
6 within unfed ticks and then repressed during engorgement.
7 ment was determined from the scutal index of engorgement.
8 stimulant did not improve tick attachment or engorgement.
9 cinus females during early and late phase of engorgement.
10 gatum without the use of live hosts for tick engorgement.
11  adults that results in a high percentage of engorgement.
12 uggesting that deinocrotonids fed rapidly to engorgement and had multiple gonotrophic cycles.
13 -immune guinea pigs, despite incomplete tick engorgement and host attachment.
14                             Two had abnormal engorgement and intense enhancement of the choroid plexu
15 -regulated by B. burgdorferi in ticks during engorgement and is a vaccine candidate in phase III clin
16 in, in addition to affecting tick blood meal engorgement and molting.
17 orderline impact of EGF immunization on tick engorgement and pathogen survival in the vector, it is u
18 and tick modulation of host immunity affects engorgement and pathogen transmission.
19 at bbk32 and bbk50 are expressed during tick engorgement and that BBK32 antisera can interfere with s
20                Retinal imaging showed venous engorgement and tortuosity, aneurysms, macular exudates,
21 gative test results, 1 presented with venous engorgement and vascular tortuosity, 7 had intraretinal
22  the Bagel Sign potentially represent venous engorgement and/or acute blood products within the spina
23          Ticks were identified, measured for engorgement, and assayed by polymerase chain reaction (P
24             Changes in peripapillary choroid engorgement, axial length, and anterior chamber depth ap
25       Tick identification and measurement of engorgement can be used to identify a small, high-risk s
26 he midgut and salivary glands undergo during engorgement, challenge the conventional viewpoint that d
27  proteins injected into the host during tick engorgement could prevent numerous infectious diseases.
28 ete infestation and decreased in response to engorgement, events that are temporally linked to B. bur
29 f unfed ticks and multiplied during the tick engorgement; however, unlike wild-type B. burgdorferi, t
30 sights into the role of macrophage lysosomal engorgement in compromising host defense against mycobac
31                                         Tick engorgement index (TEI), ratio of body length to scutal
32                                         Tick engorgement indices, measured on the biting ticks, were
33 structural examination of the lesions showed engorgement of blood vessels and a dermal infiltrate com
34 ssive enlargement of the liver, owing to the engorgement of hepatocytes with cholesterol and triglyce
35 eated eyes, including vitreous membranes and engorgement of iris vessels at day 25.
36 to secrete full-length amelogenin leading to engorgement of the endoplasmic reticulum/Golgi apparatus
37 llections, enhancement of the pachymeninges, engorgement of venous structures, pituitary hyperemia, a
38 on of a tick bite and diminish I. scapularis engorgement on a host and thereby prevent B. burgdorferi
39 86 genes did not show any influences on tick engorgement or B. burgdorferi sensu stricto persistence,
40             Acquired resistance impairs tick engorgement, ova production, and viability.
41 9 [2.0] mm Hg; P < .001), leading to choroid engorgement over 3 days of bed rest (Delta area: +0.09 m
42                           The attachment and engorgement rates for immature tick stages exceeded 80%,
43  mosquitoes probed their skin, feeding time, engorgement status, and wheal diameter.
44 que, considerably enhancing attachment rate, engorgement success, egg laying, and egg hatching compar
45  may be, at least in part, related to venous engorgement that will contribute toward portal hypertens
46                                    Increased engorgement weights were noted for ticks fed on immunode
47 , as demonstrated by a 50-70% decline in the engorgement weights.
48 ly, marked by early detachment and decreased engorgement weights.
49 the hypoxic study, cerebral and retinal vein engorgement were correlated, and rose as the combined co
50 rom actin microfilaments (F-actin) and their engorgement with microtubules (MTs) that splay from the