水殖 的英文怎麼說
中文拼音 [shuǐzhí]
水殖
英文
aquaculture-
Therefore, to enlarge the aquaculture areas and exploit the deep sea is the way we must follow. and the key is the development of abyssal aquaculture cages, to be exact, the storm proof ability of the cages
擴大養殖面積，向深海發展已成為必然趨勢。而解決這些問題的關鍵手段就是發展深水網箱。深水網箱抗風浪能力是保證網箱養殖發展的重要環節。Hiding essence of life is the main physiology function of kidney, the essence in kidney is angry, be airframe life activity this, to airframe the physiology activity of each respect all is having all in all effect ; kidney advocate water fluid, basically be the aerification function that the essence in pointing to kidney enrages, to the body fluid inside body be defeated cloth and excrete, maintain the balance that the body fluid inside body metabolizes, the adjustment with rising very important action ; kidney advocate bone gives birth to pith, it is spirit of the energy in kidney has stimulative airframe to grow actually a of growth function main component, the rise and fall that the essence in kidney enrages, affect the growth of bone and growth not only, and the plentiful that also affects spinal cord and encephalon and development ; " tine is bone ", tine and bone give one cause together, the tooth also is filled by institute of gas of the energy in kidney raise, spirit of the energy in kidney is abundant, fall off the tooth is solid and not easily, if kidney is medium air of essence of life is inadequate, criterion the tooth becomes loose easily, inchoate even fall off ; kidney have one ' s ideas straightened out at 2 shade ( external genital organs and anal ), accordingly, frequent micturition, enuresis, urinary incontinence, make water little or anuria, all the aerification function with kidney is wrong about
藏精是腎的主要生理功能，腎中精氣，是機體生命活動之本，對機體各方面的生理活動均起著極其重要的作用；腎主水液，主要是指腎中精氣的氣化功能，對于體內津液的輸布和排泄，維持體內津液代謝的平衡，起著極為重要的調節作用；腎主骨生髓，實際上是腎中精氣具有促進機體生長發育功能的一個重要組成部分，腎中精氣的盛衰，不僅影響骨的生長和發育，而且也影響脊髓和腦髓的充盈和發育； 「齒為骨之餘」 ，齒與骨同出一源，牙齒也由腎中精氣所充養，腎中精氣充沛，則牙齒堅固而不易脫落，若腎中精氣不足，則牙齒易於松動，甚至早期脫落；腎開竅於二陰（外生殖器和肛門） ，因此，尿頻、遺尿、尿失禁、尿少或尿閉，均與腎的氣化功能失常有關。Heamagglutination tests were applied to detect virus in allantoic fluid of chicken embryos which were infected by b95 gathered from the vaccinated chickens " cloacal and oral cavity. the results show that the virus may be detected from 2 days to 11 days after the chicken being vaccinated. the hi antibodies were measured by heamagglutination inhibition tests. there is no significant difference between the immunized and the control chickens which were fed in one case. chickens were immunized with b95 by different immunization meathods or with different vaccines by the same meathod. lt is demonstrated that eyedrop, drinking water, spray or muscle injection all can stimulate good effects, but eyedrop and spray seem to be the best meathods. b95 immunized chicken have relatively higher hi titers and it also can last for a longer time than others
但如果兩者相隔10天以上免疫， b95免疫不受h120的影響；如果同時免疫b95和h120 ，加大b95的免疫劑量也能獲得良好的免疫效果。用棉拭子采b95免疫雞口腔、泄殖腔的分泌液，檢測其中病毒的存在，結果免疫后2 11天雞口腔和泄殖腔中均有病毒的存在，說明b95免疫雞帶毒時間長。研究結果表明， b95具有不受母源抗體干擾、 hi抗體產生快、水平高、持續時間長、同居擴散性強等特點，因此b95是一株優良的、具開發前景的新的新城疫疫苗株。Under mixed culturing conditions, it was observed that bacterial number rapidly incre ; ised soon after the lysing of host cells. on the contrary, while the non - host cyanobacterium ( i. e. anabaena flos - aquae ) was incubated in the mix culturing system, the breeding of the bacteria could be inhibited. it may be suggested from the result above that cyanophage could bring about the changes in microorganism populations
調查結果顯示， 19個採集的水樣中有6個含有裂解織線藻的噬藻體，而且水樣未經濃縮即能裂解宿主，說明噬藻體在淡水中分佈較廣泛，裂解性也較強；混合培養條件下的研究結果表明，噬藻體裂解宿主后，細菌數量快速增加，而當培養系統中有非宿主藻類存在時，細菌的增殖則受到非宿主藻的抑制，說明噬藻體可以顯著改變系統中微生物的種群結構。This paper introduced the application of biotechnology in rice genetics and breeding, including tissue culture, cell mutants selection, protoplast fusion, apomixis, molecular mark assisted breeding and genic transformation
簡要綜述了生物技術在水稻遺傳育種中的應用，主要包括組織培養、細胞突變體的篩選、原生質體融合、無融合生殖以及分子標記輔助育種和轉基因技術等方面。Studies on genes related to embryo and endosperm development are leading us to an extensive understanding of the mechanisms of seed development and apomixis at the molecular level, which will benefits the research for yield and quality improvement of plant seeds via genetic engineering
對胚和胚乳發育相關基因的研究，可使人們在分子水平上解析種子發育和無融合生殖的分子機制，更有效地開展植物種子產量和品質改良的基因工程。Application of microbial preparation in aquaculture
微生態制劑在水產養殖中的應用Perspectives on the freshwater aquaculture of shrimps in china
我國蝦類淡水養殖概述Effects of stress on aquaculture and its control measures
水產養殖中的應激與控制對策Advances in treatment technology of effluent from aquaculture
養殖水處理技術的研究進展Problems with marine fisheries and aquaculture
漁業及水產養殖的問題A full - featured desktop application for the serious saltwater aquarist
這是為鹽水養殖業人員開發的一個功能豐富的桌面應用。Application of nanotechnology in aquiculture field
納米科技在水產養殖中的應用Research advance of bacillus in aquiculture
在水產養殖中的研究應用現狀Organochlorine residues in aquiculture water and sediment
養殖用水及底泥中有機氯農藥的多殘留分析The design of system determining and controlling dissolved oxygen of water in aquiculture
漁業養殖水中溶解氧的測控系統研製Application of compound microorganism agent in the microecological environment of aquiculture
微生態制劑在水產養殖上的應用Research advance and development prospect of microbial preparation in aquiculture
幾種微生態制劑在水產養殖中的研究進展和展望This has been the first time that the zhuhai municipal agricultural science center has worked on aquiculture on such a large scale and it is mainly for the promotion of growth technologies
這也是主要以種植業技術推廣為主的市農科中心首次大規模涉足水產養殖。Rapidly increasing oxygen in water, driving water circulation in pond, and efficiently handling hypoxia in fish, prawn and eel, it is a necessary tool of increasing oxygen for aquiculture
1迅速增加水中氧氣，推動池中水循環，有效快速解決魚蝦鰻等浮頭現象，是水產養殖的必要增氧工具。分享友人