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3-axis stabilised satellite
3-axis stabilized satellite
Anticyclonic axis
Axis of anticyclone
Blade-span axis
Chromatin-positive microorchidism
Crossed axis helical gears
Crossed axis helicals
Crossed helical gear pair
Crossed helical gears
Crossed helical-gear set
Crossed helical-gear train
Crossed-axis helical gearing
Crossed-axis-helical-gear set
Crossed-helical gears
Feathering axis
Gonad maturation
Gonad ripening
Gonadal cap
Gonadal maturation
Gonadal plate protection
Gynecomastia-aspermatogenesis syndrome
Helical skew-axes gears
High axis
High-pressure axis
High-pressure core
Klinefelter's syndrome
Klinefelter-Reifenstein-Albright syndrome
Medullary gonadal dysgenesis
Pitch-change axis
Primary micro-orchidism
Pseudohermaphroditism with gonadal dysgenesis
Puberal seminiferous tubule failure
Ripening of gonads
Sclerosing tubular degeneration
Semin
Seminiferous tubule dysgenesis
Spanwise axis
Testicular disgenesis
Third gonad
Third gonad Llusia
Three-axis stabilised satellite
Three-axis stabilized satellite
Three-axis-stabilised satellite
Three-axis-stabilized satellite
XXY syndrome

Vertaling van "gonad axis " (Engels → Frans) :

TERMINOLOGIE
gonadal maturation [ gonad maturation | ripening of gonads | gonad ripening ]

maturation des gonades [ développement des gonades ]


3-axis stabilised satellite | 3-axis stabilized satellite | three-axis stabilised satellite | three-axis stabilized satellite | three-axis-stabilised satellite | three-axis-stabilized satellite

satellite stabilisé sur les trois axes


gonadal cap | gonadal plate protection

protection des testicules contre l'irradiation


third gonad | third gonad Llusia

troisième gonade de Llusia


Klinefelter's syndrome [ Klinefelter-Reifenstein-Albright syndrome | chromatin-positive microorchidism | gynecomastia-aspermatogenesis syndrome | medullary gonadal dysgenesis | primary micro-orchidism | pseudohermaphroditism with gonadal dysgenesis | puberal seminiferous tubule failure | semin ]

syndrome de Klinefelter [ syndrome de Klinefelter-Reinfenstein-Albright ]


Klinefelter's syndrome | Klinefelter-Reifenstein-Albright syndrome | chromatin-positive microorchidism | gynecomastia-aspermatogenesis syndrome | medullary gonadal dysgenesis | primary micro-orchidism | pseudohermaphroditism with gonadal dysgenesis | puberal seminiferous tubule failure | seminiferous tubule dysgenesis | sclerosing tubular degeneration | testicular disgenesis | XXY syndrome

syndrome de Klinefelter | Syndrome de Klinefelter-Reifenstein-Albright


46,XX with streak gonads 46,XY with streak gonads Pure gonadal dysgenesis

46,XX avec ovaire en bandelettes 46,XY avec ovaire en bandelettes Dysgénésie gonadique pure


axis of anticyclone [ anticyclonic axis | high axis | high-pressure axis | high-pressure core ]

axe d'anticyclone [ axe de haute pression ]


crossed helical gears | crossed-helical gears | crossed helical gear pair | crossed axis helicals | crossed axis helical gears | crossed-axis-helical-gear set | crossed-axis helical gearing | crossed helical-gear set | crossed helical-gear train | helical skew-axes gears

engrenage gauche hélicoïdal | engrenage gauche à denture hélicoïdale


blade-span axis | feathering axis | pitch-change axis | spanwise axis

axe d'articulation de pas | axe de variation de pas
IN-CONTEXT TRANSLATIONS
The H295R assay will not detect chemicals that interfere with steroidogenesis by affecting the hypothalamic-pituitary-gonadal axis (HPG) axis as this can only be studied in intact animals.

l'essai H295R ne détecte pas les substances qui interfèrent avec la stéroïdogenèse en affectant l'axe hypothalamo-hypophyso-gonadique (HHG), ce qui ne peut être étudié que chez des animaux intacts.


Thus, when screening of potential androgenic activity, there are low endogenous levels of circulating androgens, the hypothalamic — pituitary — gonad axis is rendered unable to compensate via feedback mechanisms, the ability of the tissues to respond is maximised, and the starting tissue weight variability is minimised.

Ainsi, lors de la détection d'une activité androgénique potentielle, les teneurs endogènes en androgènes en circulation sont faibles, l'axe hypothalamique-pituitaire-gonadal est incapable de les compenser par des mécanismes de rétroaction, la capacité des tissus à répondre est maximale, et la variabilité du poids initial des tissus est minimale.


However, the immature, as it has an intact hypothalamic-pituitary-gonadal (HPG) axis, is somewhat less specific but covers a larger scope of investigation than the ovariectomised animal because it can respond to chemicals that interact with the HPG axis rather than just the oestrogen receptor.

Cependant, la méthode sur des femelles immatures, dont l'axe hypothalamo-pituito-gonadique (HPG) est intact, est peut-être moins spécifique mais couvre un plus large champ d'investigation que celle pratiquée sur des animaux ovariectomisés, parce qu'elle est sensible à des substances qui interagissent avec l'axe HPG et non pas uniquement avec les récepteurs aux œstrogènes.


2. The objective of the H295R Steroidogenesis Assay is to detect chemicals that affect production of E2 and T. The H295R assay is intended to identify xenobiotics that have as their target site(s) the endogenous components that comprise the intracellular biochemical pathway beginning with the sequence of reactions from cholesterol to the production of E2 and/or T. The H295R assay is not intended to identify chemicals that affect steroidogenesis due to effects on the hypothalamic-pituitary-gonadal (HPG) axis.

2. L'essai de stéroïdogenèse H295R a pour but de détecter les substances chimiques qui influent sur la production d'E2 et de T. Il vise à identifier les xénobiotiques qui ont pour site(s) cible(s) les composantes endogènes constituant la voie biochimique intracellulaire qui conduit, par une suite de réactions, du cholestérol à la production d'E2 et/ou de T. L'essai H295R ne vise pas à identifier les substances qui influent sur la stéroïdogenèse en raison de leurs effets sur l'axe hypothalamo-hypophysaire-gonadique (HHG).


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