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ROLE OF APPENDIX AND GALT IN DEVELOPMENT OF THE PRIMARY HUMAN IMMUNE REPERTOIRE

ROLE OF APPENDIX AND GALT IN DEVELOPMENT OF THE PRIMARY HUMAN IMMUNE REPERTOIRE
附录和 GALT 在人类初级免疫库发育中的作用
批准号:
6160754
负责人:
R G MAGE
金额:
$0.0万
依托单位国家:
美国
项目类别:
财政年份:
--
资助国家:
美国
项目状态:
未结题
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中文摘要
翻译
我们一直在研究兔子的阑尾,发现它是一种
英文摘要
We have been studying the rabbit appendix and find that it is an important site of development of the cells destined to produce protective antibodies. In the young rabbit, there is rapid growth and expansion of B lymphocytes in the appendix, and positive and negative selection events appear to occur within this organ. Because of the remarkable finding that the developing rabbit appendix is a site of repertoire diversification and selection, we are extending our findings from the rabbit model to studies of the developing human immune system. We are initiating investigations aimed at determining whether the human appendix or other Gut Associated Lymphoid Tissues (GALT) are important sites of early events in human B cell development, diversification and selection. In addition we are asking whether appendix functions in the diversification of the antibody repertoire during repopulation of other lymphoid organs, if the repertoire diversity or B-lymphocyte numbers of these organs are reduced by a genetic defect, irradiation or chemotherapy. Studies of human embryonic development show that the distal midgut and ileocecal portion of the digestive system, including the appendix, are developmentally homologous with the bursa of Fabricius. In view of our new findings in the rabbit model that indicate that the rabbit appendix has functions similar to the avian bursa, we believe it is important to conduct a new evaluation of the role of human GALT in development of the human immune repertoire and mucosal immunity.
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IG GENETICS--ONTOGENY AND DIFFERENTIATION OF CELLS OF THE RABBIT IMMUNE SYSTEM
IG GENETICS--ONTOGENY AND DIFFERENTIATION OF CELLS OF THE RABBIT IMMUNE SYSTEM
RABBIT ALLOTYPES--STRUCTURE, ORGANIZATION AND REGULATED EXPRESSION OF IG GENES
RABBIT ALLOTYPES--STRUCTURE, ORGANIZATION AND REGULATED EXPRESSION OF IG GENES
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