ライフサイエンスコーパス: intranodal

1 We demonstrated that combined of intranodal administration of autologous or allogeneic DR

2 Together, our findings suggest that intranodal administration of TAA mRNA together with mRNA

3 nsions are the substrate of AVNR during both intranodal and extranodal reentry.

4 Sarcoidosis presented with intranodal calcifications more often than Hodgkin's lymp

5 The model indicates that lymph flow shapes intranodal CCL21 gradients, and that CCL19 is functional

6 fidence in its ability to accurately predict intranodal chemokine distribution.

7 tablish a computational model to investigate intranodal chemokine gradients.

8 ing that early antigen detection afforded by intranodal chemokine guidance of T(CM) is essential for

9 onse to the ovalbumin peptide was induced by intranodal, compared with s.c. or i.v., immunization.

10 SN assessment based on intranodal compartmentalization of lymphatic flow (carbo

11 Adenosine induced SAN intranodal conduction block or microreentry in 6 of 8 do

12 long with depressed and highly heterogeneous intranodal conduction.

13 Intranodal delivery of dendritic cells supplied both ant

14 In this study, we evaluated whether intranodal delivery of TAA mRNA together with TriMix, a

15 e results of a first-in-man phase I trial of intranodal direct injection (IDI) of Ad-ISF35 in patient

16 To determine whether nonrandom intranodal distribution of tumor cells could explain mis

17 stinfarction remodeling, including increased intranodal fibrosis and heterogeneity of refractoriness,

18 Intranodal flow distribution was described as peripheral

19 tion in efferent lymph, but does not control intranodal gradients.

20 These results support the use of intranodal immunization as a feasible and effective rout

21 To date, intranodal immunization studies have focused on the deli

22 Intranodal immunization with ovalbumin peptide-pulsed DC

23 Intranodal immunization, designed to enhance DC-T cell i

24 re randomly assigned to an intravenous (IV), intranodal (IN), or intradermal (ID) route of administra

25 chnique involves ultrasonographically guided intranodal injection of gadolinium-based contrast materi

26 dynamic MR lymphangiographic technique with intranodal injection of gadolinium-based contrast materi

27 l contrast-enhanced MR lymphangiography with intranodal injection of gadopentetate dimeglumine is fea

28 Intranodal injection of MPs increased persistence of pol

29 Surprisingly, intradermal and intranodal injections generated a similar intensity and

30 radiotherapy to solitary lymphoma nodes and intranodal injections of low-dose rituximab (5 mg), imma

31 n patients with metastatic melanoma received intranodal injections of pDCs activated and loaded with

32 nized donor animals either by intradermal or intranodal injections.

33 Intranodal longitudinal conduction blocks coincided with

34 locked beats has been considered evidence of intranodal, lower common pathway block.

35 , IC generation resulted in VEGF-A-dependent intranodal lymphangiogenesis and increased DC number.

36 In the absence of B cells, intranodal lymphangiogenesis induced during prolonged in

37 Intranodal lymphangiogram and thoracic duct catheterizat

38 All patients underwent bilateral intranodal lymphangiogram, and most patients underwent p

39 nced magnetic resonance lymphangiography and intranodal lymphangiography, we identified 3 distinct et

40 Immunoelectron microscopy revealed that intranodal lymphocytes lacked surface expression of S1P1

41 d produce unidirectional blocks and initiate intranodal micro-reentry.

42 he paracortex by CD8 T cells was followed by intranodal migration by both WT and S1PR1(-/-) T cells t

43 ity of T cells and impairs thymic egress and intranodal motility.

44 etic and stromal compartments, including the intranodal nerves, to prevent lethal infection with VSV.

45 re required to prevent fatal VSV invasion of intranodal nerves.

46 The reentry can be intranodal, or as well as the posterior nodal extensions

47 We report a case of intranodal palisaded myofibroblastoma in an 84-year-old

48 Intranodal palisaded myofibroblastoma is a benign and ve

49 Intranodal palisaded myofibroblastoma should be consider

50 erein, we discuss the presentation of a rare intranodal palisaded myofibroblastoma with emphasis on i

51 T cell priming while both chemokines guided intranodal positioning of CD4(+) T cells to interfollicu

52 cell interactions and globally to influence intranodal positioning, and both functions contribute to

53 Intranodal pressures were also significantly increased i

54 tropism, and a prominent role for B cells in intranodal prion movement.

55 iastinal lymph node by six hours, indicating intranodal prion reception from resident DCs or subcapsu

56 tic cells within the lymphoreticular system, intranodal prion replication by B and follicular dendrit

57 gated incunabular events in lymphotropic and intranodal prion trafficking by following highly enriche

58 In 2 cases, reentry was intranodal, propagating between the 2 posterior nodal ex

59 This subcellular pattern of intranodal receptor distribution was unchanged by treatm

60 ntial impairment of immune cell recruitment, intranodal T cell migration, and dendritic cell-mediated

61 loss of the module delays homing and reduces intranodal T-cell motility in vivo.

62 -V node; (2) alternation between dissociated intranodal transmission pathways; and (3) "ventriculopha

63 Patients received intranodal vaccinations with cytokine-matured DCs loaded