about
Distribution of the neurons of origin of the great cerebral commissures in the cat.Effects of environmental enrichment on blood vessels in the optic tract of malnourished rats: A morphological and morphometric analysis.Environmental enrichment reverses reduction in glucocorticoid receptor expression in the hippocampus of and improves behavioral responses of anxiety in early malnourished rats.Tactile stimulation partially prevents neurodevelopmental changes in visual tract caused by early iron deficiency.Environmental enrichment protects spatial learning and hippocampal neurons from the long-lasting effects of protein malnutrition early in life.Tactile stimulation during development alters the neuroanatomical organization of the optic nerve in normal rats.Assessments of Motor Abnormalities on the Grid-Walking and Foot-Fault Tests From Undernutrition in Wistar Rats.Early iron deficiency produces persistent damage to visual tracts in Wistar rats.Effectiveness of iron repletion in the diet for the optic nerve development of anaemic ratsEffect of denervation on the mitotic index of the intestinal epithelium of the ratFractionation of Bothrops pirajai snake venom: isolation and characterization of piratoxin-I, a new myotoxic proteinOral treatment with Hev b 13 prevents experimental arthritis in miceOral treatment with Hev b 13 ameliorates experimental colitis in miceIncreased vascular permeability, angiogenesis and wound healing induced by the serum of natural latex of the rubber tree Hevea brasiliensisSciatic nerve regeneration in rats by a nerve conduit engineering with a membrane derived from natural latexThe study of the use of a latex biomembrane and conjunctival autograft in rabbit conjunctiva wound healing
P50
Q36423116-B14B7E93-1492-431A-8D93-2EB7FDCFC8E1Q41245662-CE0E8088-8B56-4D64-A298-AE35D3EFF63AQ41602520-D8386A2A-1040-46EF-B09A-EE0A9E970190Q47377859-CBDAF503-2342-449E-A8D8-6463B2C33F74Q47933412-1CB5C47F-5720-486E-B74E-5AEC26078692Q48905573-671660AA-47B3-4B16-A760-0DC3B2644F5DQ50589224-3857D8CD-2B14-4429-8A30-9A458E613169Q54790252-4BD3DFE5-1F82-4927-8D8A-BC46415B8CB5Q60452892-3FD9F920-8D97-4C97-B644-5F46992330B4Q67353158-9F78A3A5-997E-4504-8A81-4B63369FA01BQ72024138-F12083C6-6A2E-48BD-AD8E-B6B0A2AA3894Q83942512-C2B0BBC8-DD21-4FFF-82CE-23DEBE933FDCQ84305007-B020282E-0E95-466F-8DE8-2DC0F8CF1847Q84959150-79DD877F-14B2-4E62-A18F-8F2AB7076D31Q85601198-182F41D6-02FD-4261-BB2F-5620A68D863FQ88916228-AD2427D5-9ABF-43A3-A37C-4CCA0438269E
P50
description
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
João-José Lachat
@ast
João-José Lachat
@en
João-José Lachat
@es
João-José Lachat
@nl
João-José Lachat
@sl
type
label
João-José Lachat
@ast
João-José Lachat
@en
João-José Lachat
@es
João-José Lachat
@nl
João-José Lachat
@sl
prefLabel
João-José Lachat
@ast
João-José Lachat
@en
João-José Lachat
@es
João-José Lachat
@nl
João-José Lachat
@sl
P106
P1153
6701556255
P21
P31
P496
0000-0002-5471-8515