Mitsuhashi J
Department of Bioscience, Tokyo University of Agriculture, Japan.
In Vitro Cell Dev Biol Anim. 2001 Jun;37(6):330-7. doi: 10.1007/BF02577566.
A highly nutritive culture medium (MGM-464) was developed for insect cell primary culture. The new medium consists of 6 inorganic salts, 4 organic acids, 21 amino acids, 3 sugars, 10 vitamins, and 8 other chemicals, including natural substances. The complete medium was generated by adding 20 ml fetal bovine serum to 100 ml MGM-464. The detail of the composition of the medium is given in a table, and the protocol to prepare the medium is described in the text. Among the 15 kinds of cultures made with MGM-464, embryonic cells from a walking stick and ovarian cells from the common white were subcultured more than 70 times, and embryonic cells of a chrysomelid beetle were subcultured more than 15 times. Other cultures could not be subcultured. However, embryonic cells from the commercial silkworm and a cockroach, ovarial cells from the commercial silkworm and a sphingid moth, nervous cells from the commercial silkworm and two sphingid moths, and cells from the dorsal vessel plus surrounding tissue of the commercial silkworm survived for several mo. The cells from the honeybee embryos, aphid embryos, and planthopper embryos were rather short-lived, and deteriorated after about 1 mo.
一种用于昆虫细胞原代培养的高营养培养基(MGM - 464)被研发出来。这种新培养基由6种无机盐、4种有机酸、21种氨基酸、3种糖类、10种维生素以及8种其他化学物质(包括天然物质)组成。通过向100毫升MGM - 464中添加20毫升胎牛血清来配制完全培养基。培养基的详细成分列于表格中,其制备方法在文中有描述。在用MGM - 464进行的15种培养物中,竹节虫的胚胎细胞和家蚕的卵巢细胞传代培养超过70次,叶甲甲虫的胚胎细胞传代培养超过15次。其他培养物无法传代。然而,家蚕和蟑螂的胚胎细胞、家蚕和天蛾的卵巢细胞、家蚕和两种天蛾的神经细胞以及家蚕背血管及其周围组织的细胞存活了数月。蜜蜂胚胎、蚜虫胚胎和飞虱胚胎的细胞寿命较短,大约1个月后就会退化。