Academic literature on the topic 'Prélèvements biologiques'
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Journal articles on the topic "Prélèvements biologiques"
Fontaine, A., P. Barraine, C. Pavic, and M. Le Gueut. "Prélèvements biologiques médicolégaux : vers un statut spécifique ?" La Revue de Médecine Légale 4, no. 2 (May 2013): 71–74. http://dx.doi.org/10.1016/j.medleg.2013.02.002.
Full textFari, A., Le Thi Huong Du-Boutin, and B. Wechsler. "Prélèvements biologiques à jeun: mythe ou nécessité?" La Revue de Médecine Interne 11, no. 3 (May 1990): S20. http://dx.doi.org/10.1016/s0248-8663(05)81925-3.
Full textPlayoust, C., J. J. Musso, and G. Prevot. "Étude comparée des communautés benthiques et ripicoles endogées d'un réseau méditerranéen perturbé : l'Arc (Bouches-du-Rhône, France)." Revue des sciences de l'eau 2, no. 4 (April 12, 2005): 587–605. http://dx.doi.org/10.7202/705044ar.
Full textAudigé, Laurent. "Etude des constantes biologiques du sang du cerf rusa (<em>Cervus timorensis russa</em>) en Nouvelle-Calédonie. II. Les constantes biochimiques." Revue d’élevage et de médecine vétérinaire des pays tropicaux 42, no. 4 (April 1, 1989): 561–71. http://dx.doi.org/10.19182/remvt.8764.
Full textAudigé, Laurent. "Etude des constantes biologiques du sang du cerf rusa (Cervus timorensis russa) en Nouvelle-Calédonie. I. Les constantes hématologiques." Revue d’élevage et de médecine vétérinaire des pays tropicaux 42, no. 4 (April 1, 1989): 551–59. http://dx.doi.org/10.19182/remvt.8762.
Full textShams El Din, H. E. E., and M. El Nasri. "Mycoplasmes de l’ âne et du cheval au Soudan." Revue d’élevage et de médecine vétérinaire des pays tropicaux 43, no. 3 (March 1, 1990): 323–24. http://dx.doi.org/10.19182/remvt.8802.
Full textHuchet, C., and Y. Cano. "Non-conformités d’identification de prélèvements biologiques, un indicateur de bonnes pratiques infirmières." Transfusion Clinique et Biologique 19, no. 4-5 (November 2012): 300. http://dx.doi.org/10.1016/j.tracli.2012.08.096.
Full textBaziz, A., K. Kuteifan, F. Martin-Barbaz, and J. M. Descamps. "Prélèvements sanguins par cathéter veineux central pour bilans biologiques Faisabilité - Fiabilité (Étude préliminaire)." Réanimation Urgences 3, no. 1 (January 1994): 47–48. http://dx.doi.org/10.1016/s1164-6756(05)80315-9.
Full textLarbaitgt, G., M. Bonnefille, D. Peyre, and A. Tabonet. "Détermination du niveau de toxicité des sédiments de rivière par le test de bioluminescence bactérienne." Revue des sciences de l'eau 4, no. 3 (April 12, 2005): 329–42. http://dx.doi.org/10.7202/705103ar.
Full textAbourjaili, M., M. Vergne, P. Laligant, N. Del Nero, L. Monnier, and C. Wurth. "Caractériser le risque CMR via prélèvements atmosphériques et indicateurs biologiques : deux poids, deux mesures ?" Archives des Maladies Professionnelles et de l'Environnement 75, no. 3 (June 2014): 330. http://dx.doi.org/10.1016/j.admp.2014.03.212.
Full textDissertations / Theses on the topic "Prélèvements biologiques"
Bitounis, Dimitrios. "Etude de la charge nanoparticulaire de divers prélèvements biologiques." Thesis, Lyon, 2017. http://www.theses.fr/2017LYSES017.
Full textThe quantitative and qualitative analysis of nanoparticles in human biological samples is a daunting scientific endeavour as there are no technical procedures capable to cope with the complexity of biological matrices. The central hypothesis of this work is that the increased presence of metal and metal oxide nanoparticles in pulmonary lavage and reproductive fluids may be associated with idiopathic interstitial lung disease and declining female and male fertility, respectively. The developed extraction procedures in the context of this thesis allowed the measuring of the the hydrodynamic size distribution of gold nanoparticles by DLS and their quantitation my means of ICP-OES. Due to the achieved extraction yields and the successful segregation of biological noise, extracted gold nanoparticles could be representatively observed at the nanoscale. Specifically, BSE could detect the dense gold particle cores at low magnification, and TEM and FESEM could be used to resolve the particles’ Feret diameter and morphology, respectively. Finally, the hard biomolecular corona of extracted gold nanoparticle from pulmonary lavages could be probed with AFM, AES, and XPS to acquire information on its morphology, elemental composition, and chemistry, respectively. The application of developed methodologies on patients did not return analytical data that could positively and significantly associate an elevated particle content with increased odds of idiopathic diseases or with low sperm count
Coussens-Barre, Thibaut. "La patrimonialisation des collections d’échantillons biologiques." Electronic Thesis or Diss., Toulouse 1, 2021. https://proxy.scd.univ-tours.fr/login?url=https://www.harmatheque.com/ebook/9782140317651.
Full textBiological samples collections form an original entity challenging lawyers in several ways. Scientific tool before becoming an object of law, the bodily dimension of its constitutive elements calls for are-examination of legal conceptions of body, property or even patrimony. This study proposes to legally qualify biological samples collections. This qualification is initially based on a decomposition work of collections, then considered through the prism of its composing elements: biological samples and personal data. It then continues with recomposition work, then considering collections as a distinct and autonomous entity, a "new good" whose framework differs from its parts. Holders of scientific value likely to lead to health innovations that will benefit society as a whole, the development of biological samples collections becomes a public policy issue. The analysis of public intervention form on this subject highlights the diversity of actions carried out according to the purposes pursued by public authorities. Protecting collections against their dismantling, ensuring their optimal allocation to research, increasing the volume of biological samples or even improving biological resources quality are as many challenges for public authorities that this work intends to deal with
Guessous, Sai͏̈da. "Recherche de "Chlamydia trachomatis" dans les produits biologiques : étude sur 180 prélèvements de quatre techniques de diagnostic." Paris 5, 1995. http://www.theses.fr/1995PA05P192.
Full textBedarida, Sandra. "Histoire naturelle et diversité génétique des virus de la famille anelloviridae : étude de prélèvements biologiques contemporains et anciens." Thesis, Aix-Marseille, 2014. http://www.theses.fr/2014AIXM5033.
Full textAnelloviridae are small single-stranded DNA viruses, recently discovered, and widely spread among vertebrates. In humans, three distinct genera were characterised: Alphatorquevirus (TTV), Betatorquevirus (TTMV), Gammatorquevirus (TTMDV), leading to a chronic infection whose pathogenicity remains unknown. Their epidemiology is constantly evolving due to their extreme variability and genetic diversity. In this multidisciplinary research, combining virology, bioanthropology and palaeomicrobiology, we have used genetic analysis to explore the natural history of those viruses via two linked issues. On the one hand, the genetic diversity was analysed by way of a cross-sectional study within contemporary populations (French and Afghan) and ancient populations from the Neolithic period to Modern times. On the other hand, their evolution was studied at the individual level through a longitudinal study in two corpora (follow-ups of a transplanted patient and haemodialysis patients). In order to complement data regarding this unique viral family, a methodological process was established to improve and standardize existing analysis protocols. Comparison of Anelloviridae's distributions among several healthy contemporary populations allowed us to notice significant differences of partitions, especially an almost complete absence of TTMDV in the Afghan sample. Our methodology dedicated to ancient remains displayed the presence of Anelloviridae strains, testifying their ancestral origin and highlighting inter- and intra-individual variations, similar to infections in modern populations
Hubac, Sylvain. "Nouvelles stratégies d'analyses rapides d'acides nucléiques : étude et développement de dispositifs de prélèvements biologiques à des fins d'identification par empreinte génétique." Thesis, Cergy-Pontoise, 2017. http://www.theses.fr/2017CERG0872.
Full textForensic sciences can be defined as the used of technical processes to judicial investigations allowing the scientific study of traces and evidences found on crime scenes.Since the discovery of DNA fingerprinting by Sir Alec Jeffreys in 1984, the legal world has become deeply rooted in the DNA by successive technological developments in molecular biology and its applications in forensic. The need for instant response is omnipresent in the minds. The key to success is the implementation of simple, sensitive, reliable analytical techniques that enable results to be achieved in the shortest possible time.During these technical processes, the collection of biological samples, is an unavoidable and a crucial step that will condition the analysis success rate. This study consisted in developing efficient biological collecting solutions either by diverting from their original function the existing solutions or by developing simple but innovative solutions combining the advantages of the existing solutions. This allowed developing the micro-swab GendSAG. The potentialities of GendSAG make it possible to propose an alternative solution to the commercial rapid DNA analysis integrated systems. This rapid, cost effective and high-throughput DNA analysis solution performed in a dedicated mobile laboratory directly into the crime scene enables the large majority of the rapid DNA analysis integrated systems benefits and also all of their limitations
Casas, Stellio. "Modélisation de la bioaccumulation de métaux traces (Hg, Cd, Pb, Cu et Zn)chez la moule, MYTILUS GALLOPROVINCIALIS, en milieu méditerranéen." Toulon, 2005. http://tel.archives-ouvertes.fr/tel-00009551.
Full textMonitoring coastal contamination of trace metals using bivalve molluscs as quantitative bioindicators is widely used in many international monitoring programs. The bioaccumulation of metal within an organism results from the interaction between physiological (growth, loss of weight, absorption, accumulation), chemical (metal concentration, speciation) and environmental factors (temperature, SPM, chlorophyll). For this purpose, modeling metal dynamics in mussels is a reliable tool. A bioaccumulation model has been coupled with a growth model (Dynamic Energy Budget model) in order to consider the changing physiological conditions of the mussel and their impact on metal concentration in tissue. To build and calibrate it, in situ experiments to measure uptake and elimination kinetics (6 and 3 months) were conducted at three Mediterranean sites. By combining environmental and biological data, it constitutes an optimised biomonitoring tool which can be applied to various coastal environments
Dion, Pierre-Paul, and Pierre-Paul Dion. "Minéralisation et prélèvement direct de l'azote organique dans les cultures légumières biologiques en serre." Doctoral thesis, Université Laval, 2019. http://hdl.handle.net/20.500.11794/37893.
Full textDevant la complexité du cycle de l’azote (N) et la variété de ses formes disponibles dans le sol, la planification de la fertilisation de cet élément repose sur des calculs et considérations complexes. La fertilisation biologique a de particulier que l’N est apporté sous forme organique, alors que les plantes le prélèvent principalement sous forme minérale. La disponibilité de l’N repose donc sur une minéralisation efficace des amendements. Cette situation peut mener des producteurs à surfertiliser, entraînant des pertes financières et d’N dans l’environnement. Parvenir à une meilleure synchronisation de la minéralisation de l’N avec les besoins de la plante est donc crucial pour le développement de la serriculture biologique, où les besoins en azote des cultures sont de loin plus élevés qu’au champ. De plus, la capacité de certaines plantes à prélever directement l’N sous forme organique est souvent considérée négligeable en agriculture, mais pourrait être plus importante qu’on ne le croit, contribuant ainsi substantiellement au bilan d’N de la plante. Les objectifs généraux de ma thèse étaient de : (1) évaluer les taux de minéralisation de fertilisants biologiques couramment utilisés en culture légumière sous serre au Québec ; (2) étudier l’impact de différentes sources fertilisantes sur la biodiversité des bactéries du sol ; (3) étudier la capacité du concombre à prélever l’N directement sous forme organique ; et (4) développer et valider un outil de gestion de la fertilisation biologique azotée. Une expérience d’incubation de cinq fertilisants biologiques d’usage commun en serriculture biologique a été menée. La minéralisation de l’N a plafonné dans un sol minéral et un substrat tourbeux à, respectivement, 41 et 63 % de l’N appliqué pour le fumier de poule granulé, 56-93 % pour la farine de sang, 54-81 % pour la farine de plume, 34-43 % pour la farine de luzerne et 57-73 % pour la farine de crevette. Dans un sol minéral, la biodiversité bactérienne alpha (indice Shannon) a été augmentée par l’apport de farine de luzerne, alors que dans un substrat organique à base de tourbe, ce sont la farine de crevette et le fumier de poule granulé qui l’ont le plus augmentée. En se basant sur ces résultats, le modèle NLOS a été adapté à la serriculture biologique pour produire le nouveau modèle NLOS-OG. Cet outil a été validé en serres expérimentales et commerciales et a permis une prédiction satisfaisante de la disponibilité d’N minéral pour une culture en sol minéral, ainsi que de la minéralisation cumulative de fertilisants appliqués dans un sol ou un substrat tourbeux. Par contre, de la recherche spécifique à la dynamique de l’eau dans les cultures biologiques en contenants sera nécessaire afin de prédire adéquatement la disponibilité de l’azote dans ce système. Une interface web est disponible pour les agronomes et producteurs (https://exchange.iseesystems. com/public/pierrepauldion/nlos-og/). Le contenu en C et N solubles du substrat biologique d’une culture de concombre en serre biologique a été positivement corrélé au contenu en C et N organiques de la sève du xylème et aux solides solubles du fruit, suggérant un prélèvement et un transfert de C et N organiques vers les parties aériennes et les fruits. Dans une seconde expérience, en milieu contrôlé, de jeunes plants de concombre ont été exposés à une solution d’alanine enrichie en 13C et 15N. En combinant l’utilisation de molécules marquées à une position spécifique (Position-specific labelling) et l’analyse isotopique spécifique au composé (Compound-specific isotopic analysis), nous avons développé une approche innovatrice permettant de suivre le métabolisme de l’assimilation de l’N issu d’un acide aminé prélevé par les racines. Nous avons ainsi démontré que les racines peuvent prélever et assimiler l’N sous forme organique, surtout en situation de rareté de l’N. Elles ont toutefois une nette préférence pour les formes inorganiques (nitrate et ammonium). Les contributions scientifiques découlant de cette étude doctorale sont : (1) une meilleure connaissance de la minéralisation des fertilisants biologiques azotés ; (2) l’intégration de ces taux de minéralisation dans un outil de gestion de l’N applicable en serriculture biologique; et (3) une meilleure compréhension du prélèvement et de l’assimilation de l’azote organique par des plants de concombre. Ces connaissances permettront une meilleure planification de la fertilisation à base de matière organique, et par conséquent un accroissement de la durabilité de la serriculture biologique.
Because of the complexity of the nitrogen (N) cycle and the diversity of its molecule forms in the soil, N fertilization management is based on complex calculations and considerations. For organic farming, N is provided via organic amendments and biological fixation. However, lack of precise tools that predict the N mineralization rate of N sources leads some producers to over-fertilize, resulting in the buildup of salinity, N leaching and possible loss of profits. Consequently, better knowledge of N availability following organic fertilization, to improve synchronization of N supply with crop N demand, is crucial to advance sustainable organic horticulture. In addition, the capacity of plants to take up N directly as organic molecules is seldom considered in agriculture and could be higher than previously thought, contributing significantly to the plant’s N budget. The objectives of this thesis were to: (1) evaluate the mineralization rates from organic fertilizers commonly used in greenhouse vegetable horticulture in Quebec; (2) study the impact of different fertilizer sources on soil bacterial diversity; (3) study the capacity of cucumber plants to take up and assimilate N directly as organic molecules; and (4) develop and validate a N management tool for organic fertilization. An incubation experiment with five organic fertilizers commonly used in organic greenhouse horticulture was performed. Nitrogen mineralization plateaued for a mineral soil and a peat substrate at respectively 41 and 63% of applied N for pelleted poultry manure, 56-93% for blood meal, 54-81% for feather meal, 34-53% for alfalfa meal, and 57-73% for shrimp meal. Organic fertilizers supported markedly contrasted bacterial communities, closely linked to soil biochemical properties, especially mineral N, pH and soluble C. Alfalfa meal promoted the highest alpha diversity (Shannon index) in the mineral soil, whereas shrimp meal and pelleted poultry manure increased it in the peat-based growing medium. Based on those results, we adapted the NLOS model to organic greenhouse horticulture and developed the new model NLOS-OG. This tool was validated in commercial and experimental greenhouses. It yielded a satisfying prediction of mineral N availability in a greenhouse crop grown in native mineral soil, and for the cumulative mineralization of fertilizers applied in a soil or organic substrate. However, further research should focus on water dynamics in containerized organic crops in order to achieve a precise prediction of N availability in that cropping system. A free web interface for NLOS-OG is now available for agronomists and growers (https://exchange. iseesystems.com/public/pierrepauldion/nlos-og/).In a greenhouse experiment, the C and N content of soil solution was positively linked to the xylem sap C and N content of mature cucumber plants and appeared to contribute to the accumulation of soluble solids in cucumber fruits, suggesting uptake and transfer of soil soluble organic N and C to the shoot and fruits. In a second experiment, in a growth chamber, young cucumber plants were exposed to 13C- and 15N-labelled alanine. By combining two methods, i.e., the use of Position-specific labelling (PSL) of alanine and Compound-specific isotopic analysis (CSIA) of free amino acids, we developed a novel approach allowing the study of the mechanism of the assimilatory metabolism of an amino acid taken up by the roots. We demonstrated that their roots can take up and assimilate N as organic molecules, although they showed a preference for inorganic N forms (nitrate and ammonium). The scientific contributions from this doctoral study are: (1) a better knowledge of the nitrogen release from nitrogen organic fertilizers; (2) the integration of mineralization rates into a N management tool adapted to organic greenhouse horticulture; and (3) a better understanding of the uptake and assimilation of organic N by cucumber plants. This knowledge will contribute to a better planning of N fertilization based on organic matter, thus increasing the sustainability of organic greenhouse horticulture.
Because of the complexity of the nitrogen (N) cycle and the diversity of its molecule forms in the soil, N fertilization management is based on complex calculations and considerations. For organic farming, N is provided via organic amendments and biological fixation. However, lack of precise tools that predict the N mineralization rate of N sources leads some producers to over-fertilize, resulting in the buildup of salinity, N leaching and possible loss of profits. Consequently, better knowledge of N availability following organic fertilization, to improve synchronization of N supply with crop N demand, is crucial to advance sustainable organic horticulture. In addition, the capacity of plants to take up N directly as organic molecules is seldom considered in agriculture and could be higher than previously thought, contributing significantly to the plant’s N budget. The objectives of this thesis were to: (1) evaluate the mineralization rates from organic fertilizers commonly used in greenhouse vegetable horticulture in Quebec; (2) study the impact of different fertilizer sources on soil bacterial diversity; (3) study the capacity of cucumber plants to take up and assimilate N directly as organic molecules; and (4) develop and validate a N management tool for organic fertilization. An incubation experiment with five organic fertilizers commonly used in organic greenhouse horticulture was performed. Nitrogen mineralization plateaued for a mineral soil and a peat substrate at respectively 41 and 63% of applied N for pelleted poultry manure, 56-93% for blood meal, 54-81% for feather meal, 34-53% for alfalfa meal, and 57-73% for shrimp meal. Organic fertilizers supported markedly contrasted bacterial communities, closely linked to soil biochemical properties, especially mineral N, pH and soluble C. Alfalfa meal promoted the highest alpha diversity (Shannon index) in the mineral soil, whereas shrimp meal and pelleted poultry manure increased it in the peat-based growing medium. Based on those results, we adapted the NLOS model to organic greenhouse horticulture and developed the new model NLOS-OG. This tool was validated in commercial and experimental greenhouses. It yielded a satisfying prediction of mineral N availability in a greenhouse crop grown in native mineral soil, and for the cumulative mineralization of fertilizers applied in a soil or organic substrate. However, further research should focus on water dynamics in containerized organic crops in order to achieve a precise prediction of N availability in that cropping system. A free web interface for NLOS-OG is now available for agronomists and growers (https://exchange. iseesystems.com/public/pierrepauldion/nlos-og/).In a greenhouse experiment, the C and N content of soil solution was positively linked to the xylem sap C and N content of mature cucumber plants and appeared to contribute to the accumulation of soluble solids in cucumber fruits, suggesting uptake and transfer of soil soluble organic N and C to the shoot and fruits. In a second experiment, in a growth chamber, young cucumber plants were exposed to 13C- and 15N-labelled alanine. By combining two methods, i.e., the use of Position-specific labelling (PSL) of alanine and Compound-specific isotopic analysis (CSIA) of free amino acids, we developed a novel approach allowing the study of the mechanism of the assimilatory metabolism of an amino acid taken up by the roots. We demonstrated that their roots can take up and assimilate N as organic molecules, although they showed a preference for inorganic N forms (nitrate and ammonium). The scientific contributions from this doctoral study are: (1) a better knowledge of the nitrogen release from nitrogen organic fertilizers; (2) the integration of mineralization rates into a N management tool adapted to organic greenhouse horticulture; and (3) a better understanding of the uptake and assimilation of organic N by cucumber plants. This knowledge will contribute to a better planning of N fertilization based on organic matter, thus increasing the sustainability of organic greenhouse horticulture.
Deplagne, Constance. "Recherche sur le conflit de lois en matière d’accès aux ressources biologiques humaines." Thesis, Paris 10, 2019. http://www.theses.fr/2019PA100093.
Full textMost substances in the human body can be used independently of their body oforigin (for transplantation, research, medically assisted procreation, etc.). Upstream, thisentails a process of access to these human biological resources. This process is divided intotwo phases: individualization of human biological resources - through their extraction andlegal status - and their circulation. At present, this process is directly affected by the phenomenon of globalization.Thus, human organs, tissues and cells, but also patients, are moving or are being moved across borders for therapeutic and scientific purposes. As the regulation of these practices by public international law texts is insufficient, situations of conflict of laws arise. Private international law must then be sought. However, no conflict-of-law rules has been established in this field, either by law or in the case law. Moreover, on the surface, the features of bioethics law (human origin of the resources, omnipresence of public law and differences in legislation between States) appear to hinder a conflict-of-law reasoning. The present study aims, from the point of view of positive law, to address conflict of laws concerning access to human biological resources. It will therefore seek to solve them and analyse the implementation of the proposed solutions
Elie, François. "Effet d'un prélèvement de biomasse ligneuse accru et d'une compensation minérale par apport de cendres sur la biodiversité des sols forestiers." Thesis, Normandie, 2019. http://www.theses.fr/2019NORMR040/document.
Full textIn the current contextof energetic transition, public policies commit to reduce fossil fuel consumption and develop renewable energies in order to reduce CO2 emission. Woody biomass can be one of the solutions in order to increase the share of renewable energu ressources in energetic mix. In order to increase woody biomass production, an export of logging residues (under 7 cm of diameter) is investigated. Furthermore, in order to offset th export of organic matter with logging residue, mineral compensation by wood ash application is investigated. Nevertheless, the effect of such management practices on temperate forest ecosystem were understudied. The aims of this thesis were to study the impact of logging residues management intensity and wood ash offset on soil biota and to investigate potential bioindicators of disturbance led by these practices. First, the study on macrofauna and mesofauna at various scales (regional then northen French) highlited the importance of tree species (oak or beech) the response of soil biota to logging residue export. Furthermore, this first part showed a strong negative impact on the whole soil community when logging residues and litter were exported and wood ash application did not compensate the impacts of logging residues export on macro and mesofauna. Second, a mesocosm study with a cross-gradient of logging residue and wood ash input highlighted the importance of mineral fertility in the response of soil-plant interface. In neutral soil, logging residue export or wood ash application did not impact soil-plant interface, conversely to acidic soil. Furthermore, in acidic soil, a strong structural disturbance of microfloral assemblage was showed when logging residue and wood ash were added together. Third, this thesis highlighted Litobiomorpha and Geophilomorpha orders as potential sources of bioindicators of disturbance of trophic networks in logging residue export and wood ash offset context of forest management practices
Bourdil, Sylvie. "La biologie délocalisée : applications en diabétologie, anesthésie-réanimation et cardiologie." Bordeaux 2, 2000. http://www.theses.fr/2000BOR2P050.
Full textBooks on the topic "Prélèvements biologiques"
Surveillance sanitaire et microbiologique des eaux: Réglementation, prélèvements, analyses. Paris: Tec & doc, 2003.
Find full textMuller, Claude. Mémento: Les examens de laboratoire : liste des analyses biologiques, prélèvements, résultats normaux et pathologiques, épreuves fonctionnelles, systèmes d'unités internationales. 9th ed. Paris: Maloine, 1992.
Find full textGroot, J. A. M. de, 1947-, ed. Surgical pathological anatomy of head and neck specimens: A manual for the dissection of surgical specimens from the upper aerodigestive tract. London: Springer, 1999.
Find full textSampling for biological agents in the environment. United States: A S M Press, 2008.
Find full textBook chapters on the topic "Prélèvements biologiques"
Alvarez, J. C. "Prélèvements biologiques post mortem et sur le vivant." In Traité De Toxicologie Médico-judiciaire, 195–218. Elsevier, 2012. http://dx.doi.org/10.1016/b978-2-294-71561-7.00007-8.
Full textReports on the topic "Prélèvements biologiques"
Lignes directrices internationales d'éthique pour la recherche en matière de santé impliquant des participants humains. Council for International Organizations of Medical Sciences (CIOMS), 2016. http://dx.doi.org/10.56759/fyee7010.
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