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Cell Cycle

209. Factors that accelerate mitosis

210. Human somatic cells divide

211. Interphase consists of

212. Factors inhibiting mitosis

213. An important role in cell cycle regulation are

214.For meiosis is characterized by

215.After two meiotic divisions of a single cell formed

218.In result of mitotic division of somatic cells of the daughter cells contain

219.Mitoz provides

220.Gaploid set of chromosomes is characteristic of

221. In the regulation of the mitotic cycle proteins are involved enzymes

222. Regulation of kinase activity is carried out by

223. The initiation process of the mitotic cycle is influenced by complex

224. In the second half of the postmitotic period (G1) is activated complexes

225. In the synthetic period of the mitotic cycle of activated complexes

226. In postsinteticheskom period (G2) of the mitotic cycle of active enzymes

227. Regulation of the mitotic cycle is controlled by genes engaged in

228. Increased activity of p53 protein leads to

229. The cell cycle includes the period

230. A key role in cell cycle are the following enzymes

231. In after mitotic period of the mitotic cycle enzyme complexes function sequentially

232. In the synthetic period of the mitotic cycle regulatory role belongs to the enzymes

233. After sintetic period (G2) is characterized by active regulatory action of protein molecule

234. Extracellular regulators of the process of cell division is

235. Apoptosis is a process

236. In the process of apoptosis in human life manifested in the form

237. To apoptosis include cellular processes

238. The key enzyme of apoptosis are

239. In processes that use apoptotic caspases interact with the following cell structures-targets

240. Physiological cell death (apoptosis) occurs as a result

241. Physiological causes of death (apoptotic) cells can be

242. Programmed cell death (apoptosis) is a consequence

243. Activation of p53 leads to

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