TAILIEUCHUNG - Comparative histoarchitectural study of splenic components in sheep and goat

Animal husbandry practices like sheep and goat rearing offer many advantages for beginners and also experienced farmers. They are well suited and productive for the prevailing agro-climatic conditions in India. In mammals, health status is governed by the organ of lymphatic system. Though spleen is the secondary lymphatic organ, it is the largest among the lymphoid organs which plays a crucial role in immune function. For the present study, splenic tissue from adult sheep and goat (6 Nos. each) were collected from Corporation slaughter house, Chennai. Gross, microscopic and immunohistochemical observations were done. Micrometric observations of various structures were also recorded. The spleen of sheep was triangular, whereas, in goat it was roughly quadrangular in outline. In both the species, parenchyma was covered by a thick capsule, predominantly made up of collagen, elastic and smooth muscle fibres. Thickness of capsule in sheep was 150± and in goat it was 141±. Trabeculae originated from inner side of the capsule and extended in to parenchyma in both the species. Parenchyma was made up of white pulp and red pulp and the proportion of these were almost equal. The white pulp was composed of splenic nodule and peri-arterial lymphatic sheath. Red pulp was compost of irregular splenic cords separated by splenic sinusoids. Immunohistochemical localization of T-lymphocytes revealed the distribution of T-lymphocytes around the PALS and also scattered in the red pulp. | Comparative histoarchitectural study of splenic components in sheep and goat

• Nông nghiệp
• Histo architecture
• Small ruminants
• Comparative histoarchitectural
• Splenic components
• Sheep and goat
• Seminiferous epithelium
• Age related changes
• Histoarchitecture of seminiferous epithelium in mice
• Seminiferous epithelium in mice
• Age related changes in the histoarchitecture
• Interstitial glands
• Histoarchitecture and enzyme profile
• Non pregnant
• Lactating indian leaf nosed
• Hipposideros speoris
• Selenium following subacute exposure
• Germinal centre
• Acute exposure of selenium
• Pathomorphological alterations
• Histoarchitecture of lymphoid organs
• Food borne pathogen
• Virulent genes
• Multiplex PCR
• H7 in faeces
• Sheep ovary
• Goat ovary
• Follicular development
• Ovaries of sheep and goat
• Immunohistochemical localization
• Proliferating cell nuclear antigen
• Goat and Sheep milk
• αlactoalbumins and β lactoglobulin
• Sheep milk
• Overview of functionality of goat
• Natural functional milks
• Madras red sheep
• Boer local goat
• Supramammary lymph node
• Immunohistochemis try
• Sheep goat pox disease
• Palestine during
• Goat population
• Small ruminants holdings farmed
• Several constraints
• Sheep and goat enterprises
• Gain in Knowledge
• Skill training
• Adoption of technologies
• Goat rearing skill training
• Sheep and goatmeat
• Time series
• Goat meat export
• Forecasting of sheep
• Time series modelling
• Spontaneous pox virus infection
• Pathology of spontaneous pox virus infection
• Goat in Jammu region
• Spontaneous pox virus infection of sheep
• Pathology of circulating Capripoxvirus strains
• Biochemical test
• Molecular assay
• Identification by conventional
• Goat faecal samples
• Detection of E coli
• trình bày báo cáo
• tài liệu báo cáo khoa học
• báo cáo bệnh thú y
• kiến thức bênh thú y
• nghiên cứu bệnh thú y
• including existing
• pharmaceutical policies
• market situations
• Abiotic Stress
• Epigenetic Chromatin
• Regulators as Mediators
• quality assured generic
• medicines and promoting
• appropriate actions
• Drought Environments
• Response Crosstalk
• Reactive Oxygen
• Sandwich ELISA
• Competitive ELISA
• Semi arid regions of Rajasthan
• Semi arid regions
• Peste des petits ruminants
• Anthelmintic resistance
• Haemonchus contortus
• Tetramisole HCl
• Emergence of anthelmintic resistance
• Organized shee
• BMC Genomics
• Olfactory secretome
• Odorant binding protein
• O GlcNAcylation
• N glycosylation
• Anoestrus females
• BMC Veterinary Research
• Zoonotic disease
• Risk factors
• One health approach
• Brucella spp