The medium was developed for culture of normal and neoplastic leukocytes, but also marrow cells and hybridoma cells. Meanwhile there are better, serum-free media for hybridoma cells such our Panserin H4000. Just by supplementing RPMI 1640 with varying amounts of FBS, a very good medium for many different cell lines can be obtained.

Storage Temperature: +2°C - +8°C

The medium was developed for culture of normal and neoplastic leukocytes, but also marrow cells and hybridoma cells. Meanwhile there are better, serum-free media for hybridoma cells such our Panserin H4000. Just by supplementing RPMI 1640 with varying amounts of FBS, a very good medium for many different cell lines can be obtained.
Equivalent/Alternative to: Biochrom Cat.-no. FG 1275

Storage Temperature: +2°C - +8°C

The medium was developed for culture of normal and neoplastic leukocytes, but also marrow cells and hybridoma cells. Meanwhile there are better, serum-free media for hybridoma cells such our Panserin H4000. Just by supplementing RPMI 1640 with varying amounts of FBS, a very good medium for many different cell lines can be obtained.

Storage Temperature: +2°C - +8°C

The medium was developed for culture of normal and neoplastic leukocytes, but also marrow cells and hybridoma cells. Meanwhile there are better, serum-free media for hybridoma cells such our Panserin H4000. Just by supplementing RPMI 1640 with varying amounts of FBS, a very good medium for many different cell lines can be obtained.

Storage Temperature: +2°C - +8°C

Ham's F12 was developed for the serum-free clonal growth of Chinese Hamster Ovary (CHO) cells, lung cells and mouse L-cells. It can be used for serum free growth of CHO cultures supplemented with hormones, selenium and other supplements as well as for other mammalian cells especially cell lines of rodent origin (particularly rabbit and rat).

Storage Temperature: +2°C - +8°C

Ham's F12 was developed for the serum-free clonal growth of Chinese Hamster Ovary (CHO) cells, lung cells and mouse L-cells. It can be used for serum free growth of CHO cultures supplemented with hormones, selenium and other supplements as well as for other mammalian cells especially cell lines of rodent origin (particularly rabbit and rat).
Equivalent/Alternative to: Biochrom Cat.-no. FG 0815

Storage Temperature: +2°C - +8°C

Ham's F12 was developed for the serum-free clonal growth of Chinese Hamster Ovary (CHO) cells, lung cells and mouse L-cells. It can be used for serum free growth of CHO cultures supplemented with hormones, selenium and other supplements as well as for other mammalian cells especially cell lines of rodent origin (particularly rabbit and rat).

Storage Temperature: +2°C - +8°C

Ham's F12 was developed for the serum-free clonal growth of Chinese Hamster Ovary (CHO) cells, lung cells and mouse L-cells. It can be used for serum free growth of CHO cultures supplemented with hormones, selenium and other supplements as well as for other mammalian cells especially cell lines of rodent origin (particularly rabbit and rat).
Equivalent/Alternative to: Biochrom Cat.-no. F 0815

Storage Temperature: +2°C - +8°C

Ham's F12 was developed for the serum-free clonal growth of Chinese Hamster Ovary (CHO) cells, lung cells and mouse L-cells. It can be used for serum free growth of CHO cultures supplemented with hormones, selenium and other supplements as well as for other mammalian cells especially cell lines of rodent origin (particularly rabbit and rat).

Storage Temperature: +2°C - +8°C

Ham`s F10 is an alternative to Ham`s F12 and it was used primarily to culture CHO-cells. Today, Ham`s F10 can be used with or without FBS for many different cell cultures. It is used for example for primary cells of rat and chicken, but also for human diploid cells.

Storage Temperature: +2°C - +8°C

Ham`s F10 is an alternative to Ham`s F12 and it was used primarily to culture CHO-cells. Today, Ham`s F10 can be used with or without FBS for many different cell cultures. It is used for example for primary cells of rat and chicken, but also for human diploid cells.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.
Equivalent/Alternative to: Biochrom Cat.-no. FG 0325

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.

Storage Temperature: +2°C - +8°C

MEM is an advancement of the BME and the base medium of many further modifications. Because BME did not fulfil all requirements for some mammalian and HeLa cells, a better variation had to be developed. Today, MEM is one of the most used synthetic media and shows its versatility by supplementing with amino acids including Hank`s or Earle`s salts. Even the addition of only small amounts of FBS results in a positive effect on cell growth.
Equivalent/Alternative to: Biochrom Cat.-no. F 0325

Storage Temperature: +2°C - +8°C

Based on EMEM, this medium was supplemented with amino acids and vitamins and optimized for an improved growth of fibroblasts. For the cultivation of fibroblasts, this medium has to be supplemented with 10% FBS before use.

Storage Temperature: +2°C - +8°C

The M199 was originally developed to assay the nutrient demand of embryonic chicken fibroblasts. But it works very well with cells from many different animal species. For example, it is used for vaccine production in virology. For long term cultures serum should be added.
Equivalent/Alternative to: Biochrom Cat.-no. F 0615

Storage Temperature: +2°C - +8°C