染色質增加 的英文怎麼說
中文拼音 [rǎnshǎizhízēngjiā]
染色質增加
英文
chromasie-
The comparative advantages to develop inner mongolia beef cattle industry are the price, non - pollutions and vast grasslands etc. the disadvantages are as follows : be short of specific beef - cattle kind ; individual productivity ability ; meat nature promoting slowly ; raises method and management standard being fairly backward ; butcher, process, circulate, and the link aspect receives the technology restriction unfavorably factors such as serious etc. the suggestions for development of beef industry in inner mongolia are as follows : strengthening the bioengineering technology and setting up the inner mongolia beef cattle breeds system ; quickening the breed cultivating ; optimizing the breed structure ; effectively increasing the safe forage supplies ; strengthening epidemic disease prevention ; curing quarantining work ; developing the nutrition hygiene " green food " ; changing traditional raising method ; raising the management standard, and carrying on scope production
發展內蒙古肉牛業具有價格、無污染、草原廣闊等優勢，但存在著專有肉用牛品種缺乏、個體生產性能和肉質提升緩慢、飼養方式和管理水平比較落後、屠宰、加工和流通環節方面受技術制約嚴重等不利因素，因此，要利用生物工程技術，建立內蒙古肉牛繁育體系，加快品種培育，優化品種結構；有效地增加安全飼料供應；強化疫病防治和檢疫工作，發展營養衛生「綠色食品」 ；轉變傳統飼養方式，提高飼養管理水平，進行規模化生產；重視開拓農村市場，促進內蒙古肉牛業發展。Results showed : ( 1 ) cbt cell death in low tempratures is accompanied by characteristic changes, such as, reduced cell size, distorted nucleus, chromatin condensation and margination and cell ( cytoplasmic ) vacuolization ; cell mortality and ca2 * concentration increase along with time passed in low temperature. mitochondrial membrane potential and 02 increased at first, and then decreased. activities of sod decreased at first, followed by significant increasing and finally depressed
結果表明： （ 1 ） cbt在低溫協迫下，細胞圓縮，細胞核變形，染色質濃縮且邊位，細胞質空泡狀；細胞死亡率隨處理時間的增加而增加；細胞內鈣離子濃度隨處理時間延長而遞增；線粒體膜電位差在低溫處理早期急速上升，隨后一直下降；細胞內超氧陰離子（ o _ 2 ~ - ）在低溫處理前期出現高峰，接著呈下降趨勢；細胞內sod活性在低溫處理前期減弱，接著上升，然後持續下降。( 2 ) effects on mouse spleen of so2 challenge : we found significant apoptotic changes of mouse spleen through tem observation and dna electrophoresis analysis and flow cytometric analysis. we found condensed, marginating, half - moon like apoptotic lymphocytes both in white pulp and red pulp ; we found significant dna degradation with dna ladders from the dna electrophoresis analysis in the 168 mg / m3 so2 treated group ; we also found marked increase of apoptotic rate between 168 mg / m3 so2 treated group and control group from the flow cytometric analysis
（ 2 ）二氧化硫吸入可引起小鼠脾臟細胞出現明顯的凋亡改變，紅髓區和白髓區淋巴細胞出現核固縮，染色質凝聚、邊集； dna凝膠電泳分析發現168mg m ~ 3二氧化硫染毒組出現典型的dna梯形條帶；流式細胞分析也發現高劑量染毒組的小鼠脾細胞凋亡率增加，並且與對照組相比有顯著性差異， p 0 . 05 。The chromatin of sertoli cell condensed tightly and formed some low electron density areas, nuclear membrane dissolved, the intercellular junction dilated
支持細胞核染色質凝聚程度增加並出現不規則低電子密度區;核膜溶解，細胞間連接進一步拉開。Since our establishment, we have devoted to researching and producing fabric with the process of textile weaving, finishing after dyeing, clothing production. after deep researching and understanding every fabric characteristic, we also enhance the process of fabric functionality in the production with the aim to serve better for clothing production with the result of being closer to skin by making perfection of combining cozy feeling with quality and pattern. we have developed some functional fabrics such as moisture absorbing dry quickly, anti - static, ultraviolet radiation resistance, anti - bacteria and expel adour, flame retardant, mildew - water - fire proofing, etc
公司自成立以來全心全意致力於面料的生產研發，從織物結構織造到后整染色加工，再到成衣在充分的研究與了解了各種纖維的特性后，在面料的生產過程中，又增加了其功能性的處理，使舒適度與外觀材質完美的結合，更加的親近肌膚，從而更好的為成衣服務。From 36hr to 72hr after infection, the fluorescence gathered gradually to the cytoplasmic membrane, and eventually there was no fluorescence remained in nuclear and cytoplasm, and the membrane accumulated high level of fluorescence, and then there was no change taken place from 72hr to 168hr. but from 36hr to 168hr, there was no change took place in the control
感染后36hr ，實驗組細胞中綠色熒光的分佈出現了變化，在細胞核和細胞質中均有綠色熒光分佈，且分佈有一定的規律，在細胞核中核膜處的綠色熒光的強度增強，細胞質中綠色熒光的強度在增加，綠色熒光熒光逐漸向細胞膜聚集。分享友人