📇 Rhumatologue · BOULOGNE BILLANCOURT · (92) · Libéral
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3 raisons identifiées
Praticien-chercheur
14 articles scientifiques publiés — formation continue solide
Disponibilité géographique
2 lieux d'exercice — choisissez celui qui vous arrange
Délais de RDV courts dans la région
136 rhumatos / 100 000 hab. — département bien doté
✨ Génération du profil synthétique IA en cours…
Source : catalogue national des thèses (ABES). Ne couvre que les doctorats / HDR — les thèses d'exercice (DES) sont archivées dans les SCD universitaires.
Données ANS publiques (Licence Ouverte 2.0) · Enrichissements MonRhumato 100 % opt-in · Toute personne référencée peut demander la suppression ou la rectification.
Articles déposés en accès libre sur l'archive ouverte des universités françaises (HAL) — gage d'activité de recherche en France.
L'avifaune pyrénéo-méditerranéenne au Paléolithique moyen : contribution à la connaissance du cadre de vie et du comportement économique et culturel des Néandertaliens
2025Thèse
The bird remains from La Crouzade Cave (Gruissan, Aude): The mixed origin of a Middle Palaeolithic bone accumulation
2023ArticleQuaternary Environments and Humans
Ambiguity and excuse-driven behavior in charitable giving
2020ArticleEuropean Economic Review
Do measures of risk attitude in the laboratory predict behavior under risk in and outside of the laboratory?
2020ArticleJournal of Risk and Uncertainty
A behavioral approach of decision making under risk and uncertainty
2019Thèse
Combined small molecule and loss-of-function screen uncovers estrogen receptor alpha and CAD as host factors for HDV infection and antiviral targets
2019ArticleGut
Missense Variants in the Histone Acetyltransferase Complex Component Gene TRRAP Cause Autism and Syndromic Intellectual Disability
2019ArticleAmerican Journal of Human Genetics
MetaboRank: network-based recommendation system to interpret and enrich metabolomics results
2019ArticleBioinformatics
Source : HAL — archive ouverte CCSD/CNRS (couvre articles, chapitres EMC, communications congrès, thèses).
CABINET DU DR THOMAS GARCIA
11 RUE MOREAU VAUTHIER, 92100 BOULOGNE BILLANCOURT
CH DE VERSAILLES SITE ANDRE MIGNOT
177 R DE VERSAILLES, 78157 LE CHESNAY CEDEX
Secteur de conventionnement non disponible (médecin hospitalier ou non présent dans l'Annuaire santé CNAM des libéraux conventionnés).
Lien Doctolib = recherche Google site:doctolib.fr (le 1er résultat est presque toujours le profil correct s'il existe).
Biology of reproduction · 2019
AbstractMore than 1000 genes are predicted to be predominantly expressed in mouse testis, yet many of them remain unstudied in terms of their roles in spermatogenesis and sperm function and their essentiality in male reproduction. Since individually indispensable factors can provide important implications for the diagnosis of genetically related idiopathic male infertility and may serve as candidate targets for the development of nonhormonal male contraceptives, our laboratories continuously analyze the functions of testis-enriched genes in vivo by generating knockout mouse lines using the CRISPR/Cas9 system. The dispensability of genes in male reproduction is easily determined by examining the fecundity of knockout males. During our large-scale screening of essential factors, we knocked out 30 genes that have a strong bias of expression in the testis and are mostly conserved in mammalian species including human. Fertility tests reveal that the mutant males exhibited normal fecundity, suggesting these genes are individually dispensable for male reproduction. Since such functionally redundant genes are of diminished biological and clinical significance, we believe that it is crucial to disseminate this list of genes, along with their phenotypic information, to the scientific community to avoid unnecessary expenditure of time and research funds and duplication of efforts by other laboratories.
American journal of human genetics · 2019
Source PubMed · Recherche par auteur (homonymes possibles, vérifier l'affiliation).
Journal of comparative pathology · 2026 · Journal Article
Cox N, Vapniarsky N, Rivas I, Garcia TC, et al.
Veterinary radiology & ultrasound : the official journal of the American College of Veterinary Radiology and the International Veterinary Radiology Association · 2023 · Journal Article
Villatoro AS, Langenbach A, Yoon J, Garcia TC, et al.
American journal of veterinary research · 2022 · Journal Article
Shubert MP, Filliquist B, Chou PY, Kapatkin AS, et al.
Journal of European CME · 2020 · Journal Article
Wei Qi L, Barclay A, Garcia T, Sullivan L
American journal of human genetics · 2019 · Journal Article
Machol K, Rousseau J, Ehresmann S, Garcia T, et al.
American journal of veterinary research · 2012 · Journal Article
Symons JE, Entwistle RC, Arens AM, Garcia TC, et al.
Cell · 2001 · Journal Article
Gong Y, Slee RB, Fukai N, Rawadi G, et al.
Pharmaceuticals (Basel, Switzerland) · 2025 · Journal Article
Garcia TP, Gorski D, Cobre AF, Lazo REL, et al.
Expert review of proteomics · 2024 · Journal Article
Parkes R, Garcia TX
Acta reumatologica portuguesa · 2015 · Case Reports
Boattini M, Rodrigues A, Nascimento P, Luz KC, et al.
Biology of reproduction · 2019 · Journal Article
Lu Y, Oura S, Matsumura T, Oji A, et al.
Rheumatology and therapy · 2025 · Journal Article
Alexander T, Sewerin P, Strangfeld A, Schulte M, et al.
Bioinformatics (Oxford, England) · 2019 · Journal Article
Frainay C, Aros S, Chazalviel M, Garcia T, et al.
The Laryngoscope · 2004 · Comparative Study
Beal M, Chesson A, Garcia T, Caldito G, et al.
Additional file 18 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 18: Table S10. 1064 Previously Identified Genes. Genes previously identified as male reproductive tract-specific through high throughput gene expression studies using either microarrays or RNA-seq [2–8].
Additional file 5 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 5: Table S5. All human male reproductive tract-specific genes that met the criteria of identification as reproductive tract-specific in at least one male reproductive tissue or purified cell type, with th
Additional file 12 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 12: Table S9. Availability of a Mouse Model for Human Genes with a Mouse Ortholog. Genes are listed according to the tissue and/or cell that they were identified as reproductive tract-specific in.
Additional file 15 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 15: Fig. S7. RT-PCR confirmation of reproductive tract-specificity in both humans (A) and mice (B). The genes listed in this figure were identified through our studies and previous studies, but currently
Additional file 18 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 18: Table S10. 1064 Previously Identified Genes. Genes previously identified as male reproductive tract-specific through high throughput gene expression studies using either microarrays or RNA-seq [2–8].
Additional file 21 of Large-scale discovery of male reproductive tract-specific genes through analysis of RNA-seq datasets
Additional file 21: Fig. S12. Representative periodic acid-Schiff staining of Spint3 and Spint4/5 knockout and littermate control (wild-type) testes and epididymis segments (caput, corpus, and cauda) at 3 months of age.
Source : DataCite — DOIs pour datasets, logiciels, protocoles, registres patient. Hors articles (déjà couverts).