五种棘豆属植物体细胞核表型及异染色质百分率。

Md Mamunur Rashid Sarkar, Md Saifur Rahman, Rezaul Karim, Golam Kabir
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摘要

Crotalaria L.是豆科开花植物(豆科)的一个属。有丝分裂指数与细胞分裂率成正比;有丝分裂指数较高的有丝分裂指数为10.38±1.08%,较低的有丝分裂指数为9.43±0.304%。在所有被检查的物种中都观察到核组织的色中心。间期染色体体积最高的是麻豆(分生细胞0.596±0.27µ³,分化细胞0.408±0.21µ³),最低的是麻豆(分生细胞0.205±0.31µ³,分化细胞0.16±0.25µ³),与体细胞染色体数目无关,可能与环境条件有关。细胞大小最大的是芥菜(分生细胞20.47±0.49µm2,分化细胞106.47±0.63µm2),最小的是沙参(分生细胞14.43±0.39µm2,分化细胞45.86±0.21µm2)。我们还观察到,分化细胞的细胞大小平均值比分生细胞大。色中心数以盐藻最高(13.66±0.14),芥菜最低(9.50±0.32),分别被认为是自然界中较原始和较先进的植物。每核区异染色质百分比最高的是咸菜(14.75±0.71),最低的是芥菜(9.67±0.71),分别被认为是较原始和较先进的植物。j . Bio-Sci。30(2): 79-88, 2022
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Nuclear Phenotype and Heterochromatin Percentages in Somatic Cells on Five Species of Crotalaria L.
Crotalaria L. is a genus of flowering plants in the family Fabaceae (subfamily Faboideae). Mitotic index is proportionately relevant to cell division rate; mitotic index was found higher (10.38±1.08%) in C. spectabilis and lower (9.43±0.304%) in C. juncea. The nuclear organizations were observed chromocentric in all examined species. The interphase chromosome volume was highest in C. juncea (0.596±0.27 µ³ in meristematic cell and 0.408±0.21 µ³ in differentiated cell) and lowest in C. saltiana (0.205±0.31 µ³ in meristematic cell and 0.16±0.25 µ³ in differentiated cell) which do not correlated with the somatic chromosome number but may be related with environmental condition. The largest cell size was found in C. juncea (20.47±0.49 µm2 in meristematic cell and 106.47±0.63 µm2 in differentiated cell) and the smallest in C. saltiana (14.43±0.39 µm2 in meristematic cell and 45.86±0.21 µm2 in differentiated cell). It was also observed that, the mean value of cell size was larger in differentiated cell compared to meristematic cell in all the studied species of Crotalaria. Chromocenter numbers were found highest (13.66±0.14) in C. saltiana and lowest (9.50±0.32) in C. juncea which are considered as more primitive and more advance in nature, respectively. Percentages of heterochromatin per nuclear area were found highest (14.75±0.71) in C. saltiana and lowest (9.67±0.71) in C. juncea which are considered as more primitive and more advance in nature, respectively. J. Bio-Sci. 30(2): 79-88, 2022
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