In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Powder shelf life is indicated on the provided certificate of analysis, solution is stable for 2 months.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.

Storage Temperature: +2°C - +8°C

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.


Storage Temperature: +2°C - +8°C

Equivalent/Alternative to Biochrom:
25 g: Biochrom Cat.-no. L 2103-20

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.

Storage Temperature: -20°C

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.


Storage Temperature: -20°C

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 2133

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.

Storage Temperature: -20°C

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.


Storage Temperature: -20°C

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 2163

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.

Storage Temperature: -20°C

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.


Storage Temperature: -20°C

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 2123

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.

Storage Temperature: -20°C

APPLICATION:
For dissociation of tissue and cell monolayer cultures.
SHELF LIFE:
Solution 24 months, powder 36 months. The shelf life commences with date of production.
STORAGE:
Solution at -20° C, powder at 2 - 8° C.
OTHER SIZES AND CUSTOM FORMULATION:
Please ask for other sizes or special formulations of trypsin; in most cases we can provide a solution. Our trypsin is tested negative for mycoplasma and PPV.


Storage Temperature: -20°C

Equivalent/Alternative to Biochrom:
100 ml: Biochrom Cat.-no. L 2143

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.
Equivalent/Alternative to: Biochrom Cat.-no. L 6155

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

In many cases the isolation of cells is the first step for gene expression studies or in diagnostic procedures. Besides biological separation techniques physical separation methods are most commonly used. These methods use physical differences such as size and weight of the particles to be separated. For this purpose so-called separating solutions (= centrifugation media) are used.
THESE MEDIA MUST MEET THE FOLLOWING CRITERIA::
- They must be able to form a density gradient over the desired range
- The desired pH value and osmolality must be easy to adjust
- The solutions must not be too viscous at high density
- They must not cause functional or morphological changes to biological materials
- They must not penetrate biological membranes
Our Pancoll separating solutions contain a polysaccharide with a molecular weight of 400,000 daltons; this hydrophilic polymer allows for production of aqueous solutions for cell separation with a density of up to 1.2 g/ml. PAN-Biotech offers a variety of ready-to-use products with a density of 1.063 g/ml up to 1.091 g/ml for a very wide range of cell separation applications.
STORAGE:
2° C to ambient temperature "Protect from light!“
When properly stored, separating solutions are stable for at least 36 months. The storage period starts with the manufacturing date.

Storage Temperature: +2°C - RT

Selected low tryptic activity at high collagenase activity and normal clostripain level. Recommended for cell preparation from the pancreatic island. Store at 2 – 8° C.


Storage Temperature: +2°C - +8°C

Equivalent/Alternative to Biochrom:
100 mg: Biochrom Cat.-no. C 4-28
1 g: Biochrom Cat.-no. C 4-22