Chapter four introduces KGC, analyze market situation and point out the importance of CRM to KGC.

Once the KGC no longer trusted, the system will be in total collapse.

若KGC不再可信或被攻破，则整个密码系统将面临崩溃。

Import and application of KGC technology for converter bottom blowing

转炉底吹KGC技术的引进与应用

The exploitation and utilization of KBC resources is to find resources that can be KBC used in curriculum and can be linked with educational and instructive activities in kindergarten. They are endowed with educational values, and utilized into all kinds of educational activities.

开发利用园本课程资源是指寻找一切有可能进入幼儿园课程、能够与幼儿园教育教学活动联系起来的资源、赋予或挖掘资源的教育价值并应用于教育教学过程的各种活动。

Since the experiment of KBC development is still not universal, and research about it is still at the early stage of exploration, Dali's current exploitation and utilization of KBC resources face some problems such as low level, single structure and without clear objectives.

由于园本课程开发实验尚不够普遍，对园本课程资源的研究还处于初始探索阶段，目前大理州幼儿园的园本课程资源开发表现出水平低、结构单一、目的性不强等问题。

The bank, KBC, said it had kept the art in the free port "out of precaution" and that it could not comment further on a matter involving one of its clients.

涉及此事的KBC银行说，它将这批艺术品存放在自由港是“预防措施”，并且不愿意进一步评价一桩涉及自己客户的问题。

The exploitation of KBC resources is to find resources that can be KBC used in curriculum and can be linked with educational activities in kindergarten.

园本课程资源的开发是指寻找一切有可能进入幼儿园课程、能够与幼儿园教育教学活动联系起来的资源。

Klein Biomedical Consultants ( KBC) is a strategic marketing consulting firm specializing in the medical diagnostic imaging field.

KBC生物医疗咨询公司是一家市场统计咨询公司专门从事医疗诊断图像领域的调查工作。

They are developing a strong relationship with the Knowledge Business Centre lending their support to new KBC ventures.

他们正在开发一种强有力的关系，知识商务中心的贷款支持新的广播企业。

KBC resources are necessary premise and support for KBC development.

它是园本课程开发不可缺少的前提与支撑。

Effect of Pantothenic Calcium on Lipid Peroxidation in Starved Rat's Brain

泛酸钙对全饥饿大鼠脑组织脂质过氧化的影响

Effects of pantothenic calcium on atpase, ldh and lactic acid in starved rat brain

泛酸钙对全饥饿大鼠脑ATPase、LDH、乳酸的影响

The Protective Effect of Pantothenic Calcium on Starved Rats and Mice and Its Probable Mechanisms

泛酸钙对全饥饿鼠的保护作用及其机理研究

Preliminary studies on the restoration of ultra-violet irradiated Escherichia coli B by calcium pantothenate, nicotinic acid and adenine

泛酸、烟碱酸和腺嘌呤对紫外线照射后大肠杆菌（Escherichia coli B）恢复作用的初步研究

Determination of meprobamate and calcium pantothenate with ammonia gas-sensing electrode

安宁和泛酸钙的氨气敏电极测定法

Objective: To study the effect of calcium pantothenate on serum ketone body ( KB) and free fatty acid ( FFA) content in starved rats, so as to provide scientific basis for preparing nutritional substance to prolong starvation tolerant time.

目的：探讨泛酸钙对全饥饿大鼠可利用能源物质酮体（KB）和游离脂肪酸（FFA）的影响及可能的保护作用，为研制延长饥饿耐受时间的营养剂提供科学依据。

Pallidal stimulation improves pantothenate kinase-associated neurodegeneration

苍白球刺激可改善泛酸激酶相关神经变性

D-calcium pantothenate is mainly used as feed additives, and in pharmaceuticals and food industries also.

D-泛酸钙主要应用领域为饲料添加剂、医药和食品工业。

Synthesis and Application of D-Calcium Pantothenate

D-泛酸钙的合成技术及应用

Results: Calcium pantothenate could prolong the survival time at medium dose 〔 in mice from ( 4.4 ± 1.0) d to ( 5.6 ± 1.0) d,( P < 0.05);

结果：泛酸钙能够延长饥饿大、小鼠的存活时间，其中中剂量组小鼠的存活时间从（4.4±1.0）d延长到（5.6±1.0）d，（P<0.05）；

Objective: To investigate the protective effects of calcium pantothenate, pyridoxal, folic acid and biotin on heat-exposed Drosophila melanogaster and the possible mechanism.

目的：观察泛酸钙、吡哆醛、叶酸及生物素四种维生素对热暴露环境下果蝇的平均生存时间的影响，探索其对果蝇保护作用的可能机制。