The insects take in oxygen and, inside special cells, combine it with a substance called luciferin to produce light with almost no heat.
首先，萤火虫吸氧通过特殊的细胞与一种叫荧光素的物质结合就会几乎毫不放热的发出光亮。
The idea is that as you raise temperature, you induce a heat shock in cells, and that this makes them more susceptible to the damage caused by chemotherapy and radiation.
这个方法的中心思想就是，通过提高温度，向你的细胞提供热冲击，使他们变得对化学疗法和辐射更敏感。
From a biological perspective, also, brown fat is highly inefficient, since cells don't need heat to run; rather, they use ATP, another chemical produced by mitochondria.
而且，从生物的角度来看，棕色脂肪是非常低效的脂肪，因为细胞需要热量运行；相反，它们利用三磷酸腺苷——线粒体产生的另一种化学品。
Another way to recycle heat that is being explored is to capture infrared with photovoltaic cells similar to those used in solar panels.
另一种正在探索的回收热量方式是用类似太阳能电池板的光伏电池捕捉红外线。
Fuel cells combine hydrogen and air to produce electricity by running them through a chemical catalyst. The only byproducts are heat and water.
燃料电池让氢与空气通过催化合成反应产生电力，唯一的副产物仅是热量和水。
By culturing cells taken from rattlesnakes, boas and pythons, and attaching electrodes, the team measured which cells respond to heat to produce this ability.
通过培养响尾蛇、王蛇和蟒蛇身上取下的细胞，并连接电极，研究小组测量出哪种细胞产生对热量作出反应的能力。
If they transmit heat to our cells, they can damage tissue over a long period of time.
如果磁场加热了细胞，就会对我们的组织造成长期性的损伤。
Brown fat cells are equipped with a large supply of mitochondria — tiny organelles that use oxygen to burn sugar from the diet to generate heat, rather than store the energy as fat.
棕色脂肪细胞中有大量的线粒体——一种极小的细胞器，他们可以消耗氧气，燃烧膳食中的糖类来进行产热而不是把能量储存成为脂肪。
Ceramic fuel cells thus offer a more efficient and less polluting alternative to current power generation technologies.By-products from fuel cells are high quality heat, carbon dioxide and steam.
燃料电池生成的副产品都是高热质的热量、二氧化碳和蒸汽。
If pure hydrogen is used as a fuel, fuel cells emit only heat and water as a byproduct.
如果用纯氢作燃料，副产品只有热和纯水。
This heat from unused sunlight and inefficiencies in the cells themselves account for a loss of more than 50 percent of the initial solar energy reaching the cell.
未被利用的阳光和电池本身的低效率产生的热量导致一半以上的抵达到电池的原始太阳能损失掉了。
By now an idea obsessed him: that directed radio waves could be used to heat and destroy cancer cells.
一个念头一直缠绕在他的脑海里：导控无线电波也许可以用来加热并破坏癌细胞。
These currents create heat around the electrode, which when directed into the tumor, heats and destroys the cancer cells.
这些电流定向加热了进入肿瘤的电极针，加热并破坏癌细胞。
If this wasted heat energy could somehow be harvested, solar cells could be much more efficient.
假若这些浪费掉的热能能用某种方式采集到，太阳能电池将比现在有效率得多。
More light generates more power, but as more power is generated the cells heat up, which reduces their efficiency.
光越多产生的电就越多，但是发电越多，单元就会受热，会导致降低效率。
Cells are coated in a form of fat that is similar to cholesterol and holds a higher vibration by containing the heat that each cell produces in the act of cell metabolism.
细胞们被以一种与胆固醇相似且经由容纳每一细胞在细胞代谢中产生的热度来持有更高振动的脂肪形式所涂层。
When the heat reaches and warms up the cells, those areas no longer feel hot and healing starts.
当热量达到和取暖的细胞，这些地区不再感到炎热和治疗开始。
Ancient traditional Japanese theory states that degenerated, diseased or inactive cells or tissues are lacking energy (or heat) and are therefore cold.
古代日本传统理论认为，退化，病变细胞或组织或无效缺乏能量(或热)，因此感冒。
As the cell breaks down sugar, heat is created that creates the body temperature necessary to sustain the health of all crystalline cells.
当细胞把糖分解，热度被制造，创建必需的身体温度来维持所有水晶细胞的健康。
The vibrating movement of molecules in living tissue produces an increase in heat energy which in turn activates cells and enhances metabolism.
在活组织分子振动的运动而产生热能，在这反过来又激活细胞，增强新陈代谢的增加。
Methods Under a condition of heat stress, amplify HSP70 gene from colon cancer cells by PCR.
方法在热应激条件下，用PCR法从结肠腺癌细胞获取HSP70基因。
Objective To investigate the methods for extraction of heat shock protein antigen complex (HAC) from glioma cells.
目的探讨从神经胶质瘤细胞中提取热休克蛋白抗原肽复合物(HAC)的方法。
A variety of chemical batteries have been tried, as well as inductive recharging schemes and even plutonium power cells that convert the heat from radioactive decay into electricity.
尝试了各种化学电池以及感应充电计划，甚至是将放射衰变的热能转换为电能的钚电源单元格。
BACKGROUND: It is proved that protein of heat shock protein 70 family has protective effects on cells.
背景：研究证实，热休克蛋白70家族的蛋白质对细胞有保护作用。
Due to the high hydrophilia and heat stability of die protein products, people thought that LEA proteins could protect cells from the affection of dehydration and salinity.
由于LEA基因的蛋白质产物具有高亲水性和高的热稳定性，人们认为LEA蛋白具有保护植物细胞免受脱水影响的作用。
Objective:To determine differentially expressed genes of mitochondrial electron transport chain of the liver cells of the heat adaptation rats.
目的：研究机体获得热适应后肝脏细胞线粒体呼吸链相关基因的差异表达。
Unlike solar panels, which are used to heat water, PV cells harness the Sun's energy and convert it into electricity.
不像太阳电池板是用于加热水，光生伏打电池是利用太阳能并将它转变为电能。
Objective To investigate the expression of heat shock protein 27 (HSP27) in human age related cataract lens epithelial cells.
目的探讨热休克蛋白(HSP)27在老年性白内障晶状体上皮细胞中的表达及意义。
AIM: To study the effect of heat shock protein-70 (HSP-70) on lens epithelial cells (LECs) in human diabetic cataract.
目的：为探讨热休克蛋白- 70对人类糖尿病性白内障晶状体上皮细胞的影响。
AIM: To study the effect of heat shock protein-70 (HSP-70) on lens epithelial cells (LECs) in human diabetic cataract.
目的：为探讨热休克蛋白- 70对人类糖尿病性白内障晶状体上皮细胞的影响。
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