Products

Nanjing Biotogether Fructose-1,6-diphosphate Dicalcium Salt is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.

Nanjing Biotogether Fructose-1,6-diphosphate Sodium Salt is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.

Nanjing Biotogether Fructose-1,6-diphoshate Calcium Salt is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.

Nanjing Biotogether Fructose-1,6-diphoshate Stontium Salt is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.

Nanjing Biotogether Fructose-1,6-diphoshate Magnesium Salt is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.

Nanjing Biotogether Fructose-1,6-diphosphate is an important intracellular intermediate of metabolism that controls the activities of some key enzymes in glyco-metabolism, and repairs and improves cell metabolism at the molecular level. With effective whole-cell catalysis, bio-separation, and crystallization techniques, we obtain high-quality FDP products.