lpl 中文意思是什麼

lpl 解釋
淋巴細胞固有層
  1. Lipoprotein lipase ( lpl ) is a critical enzyme of catabolic metabolism in lipoproteins, its major function is the hydrolysis of the core triglycerides of circulating chylomicrons and very low density lipoproteins

    脂蛋白脂肪酶是脂蛋白分解代謝的關鍵酶，其主要功能是水解cm和vldl這些脂蛋白中的甘油三酯核心。
  2. Most of the lpl were t - lymphocytes, and the minority were b - lymphocytes. in addition, there were some plasma cells

    在lpl中，大部分淋巴細胞為t淋巴細胞，少部分為b淋巴細胞，此外還有一定數量的漿細胞。
  3. The deficiency of lpl enzyme activities can cause hypertriglyceridemia, which is often the result of gene mutations, but the ser447 - * stop mutation is commonly considered to be an advantageous mutation, which may decrease plasma tg level and increase plasma hdlc level respectively

    多數脂蛋白脂肪酶基因突變可造成高甘油三酯血癥，但有資料顯示， ser ~ （ 447 ） stop這一變異有降低血漿甘油三酯的作用。為了研究突變的分佈及與血脂水平的關系，將本實驗分為兩部分。
  4. The vertical structure optimization through simulation of the new structure, low loss igbt ( lpl - igbt ) has been discussed in detail in this paper. in comparison with the prevalent igbt, lpl - igbt has not only the merit of transparent back emitter and high lifetime of carriers owned by npt - igbt but also the complex n7n + voltage sustain layer structure owned by pt - igbt. not only possesses lpl - igbt lower power loss but also the other capacities are no better than npt - igbt such as break down voltage, current capacities, safe operation area and cost

    與現有igbt相比較， lpl - igbt在結構上保留了npt - igbt中的透明發射區和高載流子壽命的本質優點，同時又具有pt - igbt中n ~ - n ~ +復合薄耐壓層的優點；在器件性能上， lpl - igbt不僅具有比npt - igbt更低的能量損耗（包括通態損耗和開關損耗） ，而且其餘性能如器件耐壓、電流密度、安全工作區以及製造成本等相對現有npt - igbt均有明顯改善。
  5. We call it : low power loss igbt - - - - - - lpl - igbt. experimenal results and simulation results have shown that this new structure provides a better performance than that of the conventional npt structure. its power loss is lower than npt - igbt and other parameters are the same as those of npt - igbt

    它的總損耗（通態損耗與開關損耗之和）低於現有npt - igbt ，而其餘性能（耐壓、電流密度、安全工作區、抗過流、過壓能力等）和製造成本與現有npt - igbt相同。
  6. In this paper, two aspects about lpl are described as follows : 1

    本論文的內容主要包括如下倆點： 1
  7. Lpl - igbt has reached a new level and has a bright futuer in the applications

    它將igbt的性能推向了一個新的水平，具有更大的應用潛力。
  8. Simulations and experiments had proved the better performance of lpl - igbt

    初步的器件模擬以及兩輪樣管製作均證實了lpl - igbt性能的優越性。
  9. Experimentally reducing the normal spontaneous standing and ambulatory time had a much greater effect on lpl regulation, compared to adding vigorous exercise training on top of the normal level of non - exercise activity

    與在正常水平的非運動式活動基礎上增加高強度活動訓練相比，在實驗中減少正常自發的站立和活動的時間對于lpl的調節具有重大的影響。
  10. There were intraepithelial cells ( iel ) and lamina porpria lymphocytes ( lpl ) in the mucous epithelium. the amount of these cells increased from the proximal part to distal part of the digestive tract

    粘膜內具有上皮內淋巴細胞（ intraepitheliallymphocyte ， iel ）和固有膜淋巴細胞（ laminaporprialymphocyte ， lpl ） ，且在消化道中表現出由前向後逐漸增多的趨勢。
  11. To investigate the distribution of gene mutations in lpl and to study the relationship between lpl mutations and plasma lipid, the lpl gene ( exon5 ~ 9 including intron - exon boundaries ) was examined by pcr - sscp analysis, and the amplified products showing abnormal pattern on sscp were sequenced using dideoxy - mediated chain - termination

    在外顯子5中，檢出一雜合子突變，經dna序列測定證實為pro （ 207 ） leu突變雜合子，該患者為高甘油三酯血癥病人。
  12. The new structure igbt boosts the performance of igbt to a new level and has a bright future. the research gets the whole optimal vertical structure and the corresponding technology based on lpl - igbt. the igbt made by corresponding technology has the best performance

    新結構低功耗lpl - igbt將igbt的性能推向了一個新的水平，應用前景十分廣闊，本研究在上述器件結構基礎上通過進一步的模擬最終確定了器件完整的最優化縱向結構以及與之相對應的製作工藝，根據我們提出的製作工藝制得的igbt具有最優的性能。
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