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Adrenocorticotropic Hormone --- Pituitary-Adrenal System --- Hypothalamo-Hypophyseal System --- Hypothalamic-pituitary-adrenal axis --- Adrenal cortex --- Neuroendocrinology --- secretion --- Congresses --- Physiology of nerves and sense organs --- Adrenocorticotropic Hormone - secretion --- Pituitary-Adrenal System - congresses --- Hypothalamo-Hypophyseal System - congresses --- Adrenocorticotropic Hormone - congresses --- Hypothalamic-pituitary-adrenal axis - Congresses --- Adrenal cortex - Congresses --- Neuroendocrinology - Congresses
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Conferences - Meetings --- Adrenal glands --- Corticotropin-Releasing Hormone --- Adrenocorticotropic Hormone --- Hypothalamo-Hypophyseal System --- Pituitary-Adrenal System --- secretion --- Brain --- Hormones --- Pituitary gland --- Hypophysis cerebri --- Pituitary body --- Endocrine glands --- Hypothalamo-hypophyseal system --- Catecholamines --- Endocrinology --- Secretion --- Adrenals --- Suprarenal bodies --- Suprarenal capsules --- Kidneys --- Congresses --- Congresses. --- Pituitary gland - Congresses --- Adrenal glands - Congresses --- Brain - Congresses --- Hormones - Congresses --- Corticotropin-Releasing Hormone - congresses --- Adrenocorticotropic Hormone - secretion --- Hypothalamo-Hypophyseal System - congresses --- Pituitary-Adrenal System - congresses
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Rabbit livestock is especially important in the Mediterranean area and in the semi-arid zones of Africa, Asia, and America, representing a valuable alternative source of good animal protein of high quality (low fat and low cholesterol). However, rabbit husbandry should adapt to be a competitive and sustainable sector. In addition, it must maintain a balance between rabbit welfare, customer demands, and breeder requirements. Then, improvement in breeding systems is needed and may involve avoiding hormones and antibiotics in rabbit management; enhancing the efficiency of reproductive procedures such as artificial insemination systems and freezing of semen and embryos; extending the productive lifespan of does; improving genetic selection systems; and adjusting nutritional systems to optimize the physiological status of animals and the immune response. This Special Issue concerns all these challenges in increasing rabbit productivity and sustainability.
Research & information: general --- Biology, life sciences --- Animals & society --- Oryctolagus cuniculus --- SNPs --- SLAF-seq --- genome-wide association study --- growth trait --- myeloperoxidase --- lysozyme --- rabbits --- viral infection --- rabbit hemorrhagic disease --- goji berries --- rabbit --- insulin resistance --- leptin --- non-esterified fatty acids --- pregnancy --- lactation --- body condition score --- principal component analysis --- gene expression --- endometrium --- oviduct --- spermatozoa --- seminal plasma --- inflammation --- angiogenesis --- corpus luteum --- reproduction --- genomic selection --- imputation --- litter size --- genomic simulation --- artificial insemination --- antibiotics --- antibacterial activity --- semen quality --- reproductive performance --- sperm quality --- cryopreservation --- animal model --- assisted reproductive technology --- CTSS --- granulosa cells --- proliferation --- apoptosis --- hormone secretion --- body composition --- fertility --- kits born alive --- rabbit does --- feed intake --- free tri-iodothyronine --- thyroxine --- insulin --- glucose --- corticosterone --- NEFA --- fetus --- placenta
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Rabbit livestock is especially important in the Mediterranean area and in the semi-arid zones of Africa, Asia, and America, representing a valuable alternative source of good animal protein of high quality (low fat and low cholesterol). However, rabbit husbandry should adapt to be a competitive and sustainable sector. In addition, it must maintain a balance between rabbit welfare, customer demands, and breeder requirements. Then, improvement in breeding systems is needed and may involve avoiding hormones and antibiotics in rabbit management; enhancing the efficiency of reproductive procedures such as artificial insemination systems and freezing of semen and embryos; extending the productive lifespan of does; improving genetic selection systems; and adjusting nutritional systems to optimize the physiological status of animals and the immune response. This Special Issue concerns all these challenges in increasing rabbit productivity and sustainability.
Research & information: general --- Biology, life sciences --- Animals & society --- Oryctolagus cuniculus --- SNPs --- SLAF-seq --- genome-wide association study --- growth trait --- myeloperoxidase --- lysozyme --- rabbits --- viral infection --- rabbit hemorrhagic disease --- goji berries --- rabbit --- insulin resistance --- leptin --- non-esterified fatty acids --- pregnancy --- lactation --- body condition score --- principal component analysis --- gene expression --- endometrium --- oviduct --- spermatozoa --- seminal plasma --- inflammation --- angiogenesis --- corpus luteum --- reproduction --- genomic selection --- imputation --- litter size --- genomic simulation --- artificial insemination --- antibiotics --- antibacterial activity --- semen quality --- reproductive performance --- sperm quality --- cryopreservation --- animal model --- assisted reproductive technology --- CTSS --- granulosa cells --- proliferation --- apoptosis --- hormone secretion --- body composition --- fertility --- kits born alive --- rabbit does --- feed intake --- free tri-iodothyronine --- thyroxine --- insulin --- glucose --- corticosterone --- NEFA --- fetus --- placenta
Choose an application
Rabbit livestock is especially important in the Mediterranean area and in the semi-arid zones of Africa, Asia, and America, representing a valuable alternative source of good animal protein of high quality (low fat and low cholesterol). However, rabbit husbandry should adapt to be a competitive and sustainable sector. In addition, it must maintain a balance between rabbit welfare, customer demands, and breeder requirements. Then, improvement in breeding systems is needed and may involve avoiding hormones and antibiotics in rabbit management; enhancing the efficiency of reproductive procedures such as artificial insemination systems and freezing of semen and embryos; extending the productive lifespan of does; improving genetic selection systems; and adjusting nutritional systems to optimize the physiological status of animals and the immune response. This Special Issue concerns all these challenges in increasing rabbit productivity and sustainability.
Oryctolagus cuniculus --- SNPs --- SLAF-seq --- genome-wide association study --- growth trait --- myeloperoxidase --- lysozyme --- rabbits --- viral infection --- rabbit hemorrhagic disease --- goji berries --- rabbit --- insulin resistance --- leptin --- non-esterified fatty acids --- pregnancy --- lactation --- body condition score --- principal component analysis --- gene expression --- endometrium --- oviduct --- spermatozoa --- seminal plasma --- inflammation --- angiogenesis --- corpus luteum --- reproduction --- genomic selection --- imputation --- litter size --- genomic simulation --- artificial insemination --- antibiotics --- antibacterial activity --- semen quality --- reproductive performance --- sperm quality --- cryopreservation --- animal model --- assisted reproductive technology --- CTSS --- granulosa cells --- proliferation --- apoptosis --- hormone secretion --- body composition --- fertility --- kits born alive --- rabbit does --- feed intake --- free tri-iodothyronine --- thyroxine --- insulin --- glucose --- corticosterone --- NEFA --- fetus --- placenta
Listing 1 - 5 of 5 |
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