Amino acids are crucial for cell culture. Cells cannot synthesize essential amino acids and have to be added to cell culture, while non-essential-amino acids relieve the intracellular metabolism and help cells grow better under the same circumstances.
The availability of vitamins is extremely important for the cells, since the cells usually cannot synthesize the vitamins. Vitamins act as co-factors for many enzymes and are essential for their function. The absence of vitamins in culture may lead to decrease in cell growth, cell death or loss of productivity.


Storage Temperature: +2°C - +8°C

Equivalent/Alternative to Biochrom:
50 ml: Biochrom Cat.-no. K 0302

Amino acids are crucial for cell culture. Cells cannot synthesize essential amino acids and have to be added to cell culture, while non-essential-amino acids relieve the intracellular metabolism and help cells grow better under the same circumstances.
The availability of vitamins is extremely important for the cells, since the cells usually cannot synthesize the vitamins. Vitamins act as co-factors for many enzymes and are essential for their function. The absence of vitamins in culture may lead to decrease in cell growth, cell death or loss of productivity.

Storage Temperature: +2°C - +8°C

Amino acids are crucial for cell culture. Cells cannot synthesize essential amino acids and have to be added to cell culture, while non-essential-amino acids relieve the intracellular metabolism and help cells grow better under the same circumstances.
The availability of vitamins is extremely important for the cells, since the cells usually cannot synthesize the vitamins. Vitamins act as co-factors for many enzymes and are essential for their function. The absence of vitamins in culture may lead to decrease in cell growth, cell death or loss of productivity.


Storage Temperature: -20°C

Equivalent/Alternative to Biochrom:
50 ml: Biochrom Cat.-no. K 0282
100 ml: Biochrom Cat.-no. K 0283

MAXIMUM EFFICIENCY WITHOUT COMPROMISING QUALITY:
PAN-Biotech reagents are meticulously tested against the highest quality standards to ensure reliable performance. Our process for liquid reagents includes precise dissolution according to in-house specifications, followed by sterilization and 0.2 µm filtration.
Before final release, each batch undergoes comprehensive quality control, including rigorous tests for:
- Sterility
- pH Value
- Osmolality
On request this product is also available as chemically defined.

Storage Temperature: -20°C

MAXIMUM EFFICIENCY WITHOUT COMPROMISING QUALITY:
PAN-Biotech reagents are meticulously tested against the highest quality standards to ensure reliable performance. Our process for liquid reagents includes precise dissolution according to in-house specifications, followed by sterilization and 0.2 µm filtration.
Before final release, each batch undergoes comprehensive quality control, including rigorous tests for:
- Sterility
- pH Value
- Osmolality
On request this product is also available as chemically defined.

Storage Temperature: -20°C

MAXIMUM EFFICIENCY WITHOUT COMPROMISING QUALITY:
PAN-Biotech reagents are meticulously tested against the highest quality standards to ensure reliable performance. Our process for liquid reagents includes precise dissolution according to in-house specifications, followed by sterilization and 0.2 µm filtration.
Before final release, each batch undergoes comprehensive quality control, including rigorous tests for:
- Sterility
- pH Value
- Osmolality

Storage Temperature: +2°C - +8°C

Human serum albumin is the most abundant protein in blood. Albumin transports hormones, fatty acids and other components. The main biological function is to regulate the colloidal osmotic pressure of blood. Human serum albumin e.g. can be used for protein calibration studies and solubilization of lipids.
ADVANTAGES:
- Strict raw material control
- Complete documentation
STORAGE:
Human Serum Albumin can be stored at 2 - 8 °C.

Storage Temperature: -20°C

MAXIMUM EFFICIENCY WITHOUT COMPROMISING QUALITY:
PAN-Biotech reagents are meticulously tested against the highest quality standards to ensure reliable performance. Our process for liquid reagents includes precise dissolution according to in-house specifications, followed by sterilization and 0.2 µm filtration.
Before final release, each batch undergoes comprehensive quality control, including rigorous tests for:
- Sterility
- pH Value
- Osmolality


Storage Temperature: +2°C - +8°C

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 1613

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.


Storage Temperature: +2°C - RT

Equivalent/Alternative to Biochrom:
500 ml: Biochrom Cat.-no. L 2015

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.


Storage Temperature: +2°C - RT

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 2035

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.


Storage Temperature: +2°C - RT

Equivalent/Alternative to Biochrom:
500 ml: Biochrom Cat.-no. L 2055

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.

Storage Temperature: +2°C - RT

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.

Storage Temperature: +2°C - RT

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.

Storage Temperature: +2°C - RT

In normal whole-blood erythrocytes are thousand times more frequently than leucocytes are and show an impediment for investigation or analysis of leucocytes. Erythrolyse buffers or Red-Cell-Lysing-Buffer is intended for the lysis of red blood cells in samples with white blood cells as for example EDTA-/citrate/heparin-treated whole-blood, Buffy Coats (PBMCs, leucocyte films), bone marrow. Red-Blood-Cell-Lysis-Buffer is specially used for lysing human erythrocytes in single-cell suspensions of peripheral blood and mouse hematopoietic tissues such as spleen.
This buffer contains ammonium chloride, which lyses red cells, with minimal effect on lymphocytes when used as instructed. Nucleated red cells are not effectively lysed with ammonium chloride.
SPECIAL ADVANTAGES:
- Ready to use
- Easy application
- Minimal effect on lymphocytes
- Contains no fixative

Storage Temperature: +2°C - RT

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.

Storage Temperature: +2°C - RT

The main purpose of buffered salt solutions is the maintenance of pH and osmolarity in cell culture applications as well as providing essential inorganic ions. These solutions are usually used for washing tissues and cells. Often they are combined with other agents in cell and tissue treatment.

Storage Temperature: +2°C - RT

Albumins serve as additive proteins for tissue cultures. They are the main protein component in serum and are added to cell culture media to increase the stability of cell membranes and to bind possibly toxic elements.
ADVANTAGES:
- High purity > 99 %
- Minimal lot to lot variation
- Stringent control of raw materials
- Minimal BSE/TSE risk
- US origin
- Full documentation
- Special products for unique applications
STORAGE:
Powder and preserved solutions at 2 - 8 °C. Preservative free solution at -20 °C

Storage Temperature: +2°C - +8°C

Albumins serve as additive proteins for tissue cultures. They are the main protein component in serum and are added to cell culture media to increase the stability of cell membranes and to bind possibly toxic elements.
ADVANTAGES:
- High purity > 99 %
- Minimal lot to lot variation
- Stringent control of raw materials
- Minimal BSE/TSE risk
- US origin
- Full documentation
- Special products for unique applications
STORAGE:
Powder and preserved solutions at 2 - 8 °C. Preservative free solution at -20 °C

Storage Temperature: -20°C

Albumins serve as additive proteins for tissue cultures. They are the main protein component in serum and are added to cell culture media to increase the stability of cell membranes and to bind possibly toxic elements.
ADVANTAGES:
- High purity > 99 %
- Minimal lot to lot variation
- Stringent control of raw materials
- Minimal BSE/TSE risk
- US origin
- Full documentation
- Special products for unique applications
STORAGE:
Powder and preserved solutions at 2 - 8 °C. Preservative free solution at -20 °C

Storage Temperature: -20°C