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1 ctrum, inciting MI with disparate underlying vascular biology.
2 ay have a role in lipoprotein metabolism and vascular biology.
3 ne system and the gut microbiome in bone and vascular biology.
4 eration, and can provide novel insights into vascular biology.
5 us applications and avenues for discovery in vascular biology.
6 f KARS1 and explored its functional roles in vascular biology.
7 in hemostasis, thrombosis, inflammation, and vascular biology.
8 lving mediators in immunity, thrombosis, and vascular biology.
9 esearch in endocrinology, ageing, matrix and vascular biology.
10 iological remodeling, in inflammation and in vascular biology.
11 eate status, platelets have diverse roles in vascular biology.
12  channels function as pivotal integrators in vascular biology.
13  as the endothelium, plays a complex role in vascular biology.
14 d the remarkable development of the field of vascular biology.
15 istability as a new explanatory framework in vascular biology.
16 nown about its involvement in hemostasis and vascular biology.
17 ial focus to its functions in thrombosis and vascular biology.
18 important role for this family of factors in vascular biology.
19  on the role of the various VEGF isoforms in vascular biology.
20  that must be considered by investigators of vascular biology.
21 ns for both EL and PPARs in inflammation and vascular biology.
22 eering, regenerative medicine, and tumor and vascular biology.
23  matrix (ECM) is critical for all aspects of vascular biology.
24 , however, is a major unanswered question in vascular biology.
25 tical roles in thrombosis, inflammation, and vascular biology.
26  is one of the least understood processes in vascular biology.
27 e product that may play an important role in vascular biology.
28 studies helped initiate the growth of modern vascular biology.
29 o a previously unrecognized role for LXRs in vascular biology.
30  has led to neglect of its potential role in vascular biology.
31 neral, has broader implications in oxidative vascular biology.
32 em, matrix deposition, female fertility, and vascular biology.
33 nd related molecules play important roles in vascular biology.
34  endothelial cells, a fundamental process in vascular biology.
35 al development and pathological processes in vascular biology.
36 xide anion (O(2)) plays an important role in vascular biology.
37 /kinin system and discusses its influence on vascular biology.
38 f coronary artery-specific investigations in vascular biology.
39 cies-specific differences in energy balance, vascular biology and adipose tissue physiology, especial
40 rovide important insights into understanding vascular biology and atherosclerosis.
41 onents of plasma lipoproteins that influence vascular biology and atherosclerotic disease pathophysio
42 A studies have advanced our understanding of vascular biology and atherosclerotic disease progression
43 lipoprotein metabolism and thereby influence vascular biology and atherosclerotic disease.
44  journals, Arteriosclerosis, Thrombosis, and Vascular Biology and Circulation, as of query in 2021.
45 genes on the sex chromosomes regulate aortic vascular biology and contribute to sexual dimorphism of
46 ndocytosis in NDP/FZD4 signalling and in CNS vascular biology and disease.
47 est that miR-10a may play important roles in vascular biology and have implications for the diagnosis
48 he JCI expands our understanding of PPARs in vascular biology and highlights the potential use of mul
49 cus on mitochondrial SEPs, and their role in vascular biology and immunometabolism.
50 elastography may become an important tool in vascular biology and in other fields concerned with unde
51 rging as an important regulatory molecule in vascular biology and is modulated by BMPs, 5-HT, and int
52 , initiating explosive growth in research in vascular biology and leading to major insights into angi
53 xt, we summarize the actions of serotonin in vascular biology and leukocyte recruitment.
54    Mouse lung ECs (MLECs) are widely used in vascular biology and lung cell biology studies such as p
55 l gene transfer may serve as a tool to study vascular biology and may have therapeutic potential.
56                    These themes in pulmonary vascular biology and pathobiology involved: 1) pulmonary
57 le Topic Conference was held on the topic of Vascular Biology and Pathobiology of the Liver.
58 process image data and facilitate studies in vascular biology and pathology.
59 some and related protein quality control for vascular biology and pathology.
60 ecision the role of von Willebrand factor in vascular biology and pathology.
61 on scheme may find application in studies of vascular biology and receptor biophysics.
62 d pave the way for a broader use of iMPCs in vascular biology and regenerative medicine.
63 ective on how BMP-9 and ALK1 shape pulmonary vascular biology and suggest that targeting this axis co
64 nderstanding how autophagy can contribute to vascular biology and the emerging strategies to target t
65 lature useful for the study of 3-dimensional vascular biology and toward a range of vascular disorder
66 ing scientific discoveries from our field of vascular biology and transplantation.
67 re key signaling components for proteases in vascular biology and tumor progression.
68 s in the fields of epidemiology, prevention, vascular biology, and clinical cardiology should be conv
69 ew studies have described roles for CXCR7 in vascular biology, and the downstream mechanism of CXCR7
70 xide (NO) dramatically altered the course of vascular biology, as well as other biomedical discipline
71 ay have important implications for pulmonary vascular biology, as well as PAH-directed therapeutic de
72                 We explored the relevance to vascular biology because S1P is a key cardiovascular sig
73           Here we discuss recent advances in vascular biology, biomaterials chemistry and 3D printing
74 vestigated the role of GSK3beta signaling in vascular biology by examining its function in endothelia
75 acid (LPA) receptors play important roles in vascular biology, development, and cancer.
76 now integrated very closely with the broader vascular biology discipline.
77 , cardiology, neurology, surgery, radiology, vascular biology, epidemiology, and health economics att
78  experts in the fields of cancer biology and vascular biology gathered at the William Guy Forbeck "Fo
79                                A total of 62 vascular biology genes and 72 single-nucleotide polymorp
80                                 The field of vascular biology has been stimulated by the concept that
81 he role of the progesterone receptor (PR) in vascular biology has not been studied in vivo.
82 ograft systems that inaccurately model tumor vascular biology, has led to an undue emphasis on the ro
83 (+) cell frequency has wide implications for vascular biology in addition to stem cell transplantatio
84 ed to illuminate a mechanism that implicates vascular biology in eye disease.
85 current understanding of neuroprotection and vascular biology in general.
86 satility of the Biotag system for studies of vascular biology in genetically engineered mice, providi
87 s airway fibrosis highlight a novel role for vascular biology in OB pathogenesis.
88 l-molecule therapeutics directed at abnormal vascular biology in patients with sickle cell disease.
89 s are key regulators of different aspects of vascular biology, including the formation of new blood v
90 el throughout the body, and has key roles in vascular biology, including vascular permeability and in
91                         One emerging area in vascular biology involves the RANKL/RANK/OPG system, mol
92                       An important aspect of vascular biology is the identification of regulators of
93                        A central question in vascular biology is the role of the endothelium in the i
94 ether CLIC4 has other physiological roles in vascular biology is uncertain.
95 ribed here illustrates how advances in basic vascular biology may transform therapy.
96 t also is an important signaling molecule in vascular biology, mediating several physiological functi
97                     Further knowledge of the vascular biology of FcgammaR and their ligands will pote
98 thelial growth factor (VEGF) blockade on the vascular biology of human tumors are not known.
99  intrauterine environment by classifying the vascular biology of the maternal-placental interface in
100 bin play an important role in explaining the vascular biology of this free radical.
101 nto consideration, these new developments in vascular biology open important therapeutic avenues.
102 einstein and sponsored by the North American Vascular Biology Organization (NAVBO) brought 200 develo
103                        Advances in pulmonary vascular biology over the past few decades have led to n
104                        Advances in pulmonary vascular biology over the past few decades have signific
105               Identification of dysregulated vascular biology pathways in sickle vasculopathy has pro
106                                       From a vascular biology perspective, the processes of cellular
107 y questions regarding GATA-2 function in the vascular biology realm remain unanswered, we used ChIP s
108 e identified a novel physiological aspect of vascular biology related to the GIP receptor in humans.
109 ety of cellular functions, but their role in vascular biology remains unexplored.
110                      Finally, in addition to vascular biology research, APN-null mice may be useful r
111        This novel bioassay has usefulness in vascular biology research, patient phenotyping, drug tes
112 an emerging area of interest in cellular and vascular biology research.
113 ic vascular cell signaling and then explored vascular biology specifically as it relates to liver cel
114 nd RXRs in energy balance, inflammation, and vascular biology stands separately from the clinical exp
115 dentifying ALK1 as a 'Goldilocks' pathway in vascular biology that requires a certain signaling ampli
116 ve been made in the understanding of in vivo vascular biology using OCT.
117 Perivascular adipose tissue (PVAT) regulates vascular biology via paracrine cross-talk signals.
118 uggest that, in other contexts, Reck impacts vascular biology via the vascular endothelial growth fac
119     The potential function of kallistatin in vascular biology was investigated by studying its role i
120               To define the role of GLUT1 in vascular biology, we established cultured vascular smoot
121 nature, concentrations, and possible role in vascular biology, we sought to characterize those specie
122  enjoyed lively discussions on developmental vascular biology while experiencing the natural beauty o
123 lopments concerning the role of integrins in vascular biology with a specific emphasis on integrin ac
124 st recent advances in the field of lymphatic vascular biology, with a focus on cardiovascular disease
125 ing-edge progress in translational pulmonary vascular biology, with a guide to the diagnosis of patie

 
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