HistoBond® microscope slides are suitable for immunohistochemistry and in situ hybridization.Both surfaces of these slides bond tissue sections adhesively with their positive charge. No additional adhesives are required to accomplish this task. The r..
HistoBond® microscope slides are suitable for immunohistochemistry and in situ hybridization.Both surfaces of these slides bond tissue sections adhesively with their positive charge. No additional adhesives are required to accomplish this task. The r..
HistoBond®+ slides combine the characteristics of our HistoBond® line with frosted ends but are printed in various colours.Markings contrast especially well with the bright colours of HistoBond®+ slides' printed ends. This improves the secure id..
HistoBond®+ slides combine the characteristics of our HistoBond® line with frosted ends but are printed in various colours.Markings contrast especially well with the bright colours of HistoBond®+ slides' printed ends. This improves the secure id..
HistoBond®+M slides are suitable for immunohistochemistry and in-situ hybridization. Tissue sections anchor covalently on the glass surface. Even non-polar tissue, e.g. very fatty one that does not cause a charge difference between the adhesive layer..
HistoBond®+M slides are suitable for immunohistochemistry and in-situ hybridization. Tissue sections anchor covalently on the glass surface. Even non-polar tissue, e.g. very fatty one that does not cause a charge difference between the adhesive layer..
Our HistoBond® microscope slides‘ adhesive and positively charged surfaces firmly attach tissue sections during immunohistochemistry.HistoBond® +S slides have the same properties like the well-known HistoBond® + slides plus a higher density of t..
Our HistoBond® microscope slides‘ adhesive and positively charged surfaces firmly attach tissue sections during immunohistochemistry.HistoBond® +S slides have the same properties like the well-known HistoBond® + slides plus a higher density of t..
made of soda lime glass of 3. hydrolytic classin compliance with DIN ISO 8037/1dimensions: approx. 75 x 25 mm, thickness approx. 1 mmfrosted microscope slides dispose about a silky frosted marking area of approx. 20 mm (at one end, on both sides)pre-..
made of soda lime glass of 3. hydrolytic classin compliance with DIN ISO 8037/1dimensions: approx. 76 x 26 mm, thickness approx. 1 mmfrosted microscope slides dispose about a silky frosted marking area of approx. 20 mm (at one end, on both sides)pre-..
in compliance with DIN ISO 8037/1dimensions: approx. 76 x 26 mmthickness approx. 1 mm (tol. ± 0.05 mm)frosted microscope slides dispose about a silky frosted marking area of approx. 20 mm on both sidespre-cleanedready for useautoclavablein boxes of 5..
in compliance with DIN ISO 8037/1dimensions: approx. 76 x 26 mmthickness approx. 1 mm (tol. ± 0.05 mm)frosted microscope slides dispose about a silky frosted marking area of approx. 20 mm on both sidespre-cleanedready for useautoclavablein boxes of 5..
made of soda lime glass of 3. hydrolytic classin compliance with DIN ISO 8037/1dimensions: approx. 76 x 26 mm, thickness approx. 1.1 mmfrosted microscope slides dispose about a silky frosted marking area of approx. 20 mm (at one end, on both sides)pr..
made of soda lime glass of 3. hydrolytic classin compliance with DIN ISO 8037/1dimensions: approx. 76 x 26 mmthickness approx. 1 mm (tol. ± 0.05 mm)frosted microscope slides dispose about a silky frosted marking area of approx. 20 mm on both sideswel..
Markings contrast especially well with the bright colours of UniMark® slides‘ printed ends. This serves to identify specimens securely. Furthermore, different colours offer the additional possibility of colour coding (for example for methods of ..
Markings contrast especially well with the bright colours of UniMark® slides‘ printed ends. This serves to identify specimens securely. Furthermore, different colours offer the additional possibility of colour coding (for example for methods of ..