Reagents

Gentaur Reagents

Gentaur Reagents - Acrylamide Gel Catalysts and Oxidizers

Ammonium Persulfate is a potent oxidizer
that promotes polymerization of acrylamide
gels by scavenging dissolved oxygen in the
gel solution, thereby accelerating the
acrylamide/bisacrylamide reaction.

TEMED is used as a catalyst for
polymerization of polyacrylamide gels.

Gentaur Reagents - Acrylamide Powders

Gentaur offers high purity acrylamide powder in several convenient sizes. From 100gm to 3Kg Gentaur has the acrylamide you lab is looking for!

Acrylamide is the primary component of
polyacrylamide gels. Gentaur offers highly
purified acrylamide powders to offer
today's researcher the flexGentaurlity of mixing
any concentration or ratio desired.

Acrylamide is the primary component of
polyacrylamide gels. Gentaur offers highly
purified acrylamide powders to offer
today's researcher the flexGentaurlity of mixing
any concentration or ratio desired.

Acrylamide is the primary component of
polyacrylamide gels. Gentaur offers highly
purified acrylamide powders to offer
today's researcher the flexGentaurlity of mixing
any concentration or ratio desired.

Acrylamide is the primary component of
polyacrylamide gels. Gentaur offers highly
purified acrylamide powders to offer
today's researcher the flexGentaurlity of mixing
any concentration or ratio desired.

Gentaur Reagents - Acrylamide:Bisacrylamide Powders

Gentaur offers premixed acrylamide:bisacrylamide powders in 19:1, 29:1, and 37.5:1 ratios. Just add ddi water to these premixed powders for the % solution you desire.

Acrylamide:Bisacrylamide 19:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 19:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Acrylamide:Bisacrylamide 19:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 19:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Acrylamide:Bisacrylamide 29:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 29:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Acrylamide:Bisacrylamide 29:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 29:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Acrylamide:Bisacrylamide 37.5:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 37.5:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Acrylamide:Bisacrylamide 37.5:1 powder is
the primary component of polyacrylamide
gels. The powder is premixed to a 37.5:1 ratio,
and by adding ddi water directly into the
bottle you will have created a 30% or 40%
solution that is ready to use.

See Specification Sheet for amounts of ddi water to add for proper mixtures.

Gentaur Reagents - Bisacrylamides

Bisacrylamide is used in polyacrylamide gels
for sequencing and protein electrophoresis.

Bisacrylamide is used in polyacrylamide gels
for sequencing and protein electrophoresis.

Gentaur Reagents - INSTAPAGE Liquid Acrylamide Solutions

Gentaur offers a full line of 30 and 40% INSTAPAGE liquid acrylamide solutions. INSTAPAGE solutions are available in convenient 19:1, 29:1, and 37.5:1 ratios as well to suit many different applications.

InstaPAGE-30% (19:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-30% (19:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-30% (29:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-30% (29:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-30% (37.5:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-30% (37.5:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (19:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (19:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (29:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (29:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (37.5:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

InstaPAGE-40% (37.5:1) acrylamide solution
is a premixed acrylamide:bisacrylamide
solution for pouring polyacrylamide gels used
in sequencing and protein electrophoresis.

Acryliquid-40 and InstaBIS-2 can be
used to make 19:1, 29:1, and 37.5:1
acrylamide/bisacrylamide solutions.

Acryliquid-40 and InstaBIS-2 can be
used to make 19:1, 29:1, and 37.5:1
acrylamide/bisacrylamide solutions.

Gentaur Reagents - Gentaur Agarose

Gentaur agarose is produced to deliver lot-to-lot
consistency, quality and purity. Packaged in
numerous sizes from 25g to 1kg. Gentaur is sure
to have the package size you require at the
best price!

If you're looking to purchase multiple units
please feel free to phone us for special pricing
opportunities!

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur Molecular Biology Grade Agarose is
highly refined and highly purified. Each
lot is physically tested and verified for
performance in its designated application.
Gentaur applies strict testing parameters to
insure lot to lot consistancy.

Gentaur Molecular Biology grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur Molecular Biology grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur Molecular Biology Grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur Molecular Biology Grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur Molecular Biology Grade Low Melt Agarose
is commonly used as a gel matrix when fragment
recovery after electrophoresis is desired. It can
also be used for preparing large DNA samples
for plugs.

Gentaur 3:1 Super Sieve is designed for analytical
electrophoresis where high resolution is needed
DNA 100 - 1500bp and PCR products <1000bp
can be resolved. Gentaur Super Sieve agarose has a low viscosity so high concentration gels can be made
with high resolving capacity.

Gentaur 3:1 Super Sieve is designed for analytical
electrophoresis where high resolution is needed
DNA 100 - 1500bp and PCR products <1000bp
can be resolved. Gentaur Super Sieve agarose has a low viscosity so high concentration gels can be made
with high resolving capacity.
IB70053 = 250g size

Gentaur Ultra Sieve agarose is designed for high
resolution electrophoresis where resolutions
of polyacrylamide gel is needed. Ultra Sieve
agarose improves clarity of gels and enhances
visualization, even at high concentrations.
For best reults, Ultra Sieve gels should be
chilled at 4 - 8 deg C for 30 minutes before use.
Ideal for seperations between 10 - 1200 bp at
concentrations between 1.8% and 5% in 1X TAE
To improve resolution capacity for smaller sizes
TBE buffer should be used.

Gentaur Ultra Sieve agarose is designed for high
resolution electrophoresis where resolutions
of polyacrylamide gel is needed. Ultra Sieve
agarose improves clarity of gels and enhances
visualization, even at high concentrations.
For best reults, Ultra Sieve gels should be
chilled at 4 - 8 deg C for 30 minutes before use
Ideal for seperations between 10 - 1200 bp at
concentrations between 1.8% and 5% in 1X TAE
To improve resolution capacity for smaller sizes
TBE buffer should be used.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur's PFGE Agarose is a linear polymer
with a very high molecular weight, thus
giving gel structures unlike those of
traditional agaroses. This characteristic,
added to the very low sulfate content,
produces a strong intercatenary interaction,
yielding a gel with a very high gel strength
and higher exclusion limit.

Gentaur introduces Basic Agarose! A molecular
biology certified agarose for use in standard
electrophoresis procedures. Gentaur Basic has
excellent gel strength and clarity, and provides
clear concise bands. Gentaur Basic is a
highly-quality, low-cost alternative for use in
life science research laboratories. Stretch your
research dollars by using Gentaur Basic!

Gentaur introduces Basic Agarose! A molecular
biology certified agarose for use in standard
electrophoresis procedures. Gentaur Basic has
excellent gel strength and clarity, and provides
clear concise bands. Gentaur Basic is a
highly-quality, low-cost alternative for use in
life science research laboratories. Stretch your
research dollars by using Gentaur Basic!

Gentaur introduces Basic Agarose! A molecular
biology certified agarose for use in standard
electrophoresis procedures. Gentaur Basic has
excellent gel strength and clarity, and provides
clear concise bands. Gentaur Basic is a
highly-quality, low-cost alternative for use in
life science research laboratories. Stretch your
research dollars by using Gentaur Basic!

Gentaur introduces Basic Agarose! A molecular
biology certified agarose for use in standard
electrophoresis procedures. Gentaur Basic has
excellent gel strength and clarity, and provides
clear concise bands. Gentaur Basic is a
highly-quality, low-cost alternative for use in
life science research laboratories. Stretch your
research dollars by using Gentaur Basic!

Gentaur introduces Basic Agarose! A molecular
biology certified agarose for use in standard
electrophoresis procedures. Gentaur Basic has
excellent gel strength and clarity, and provides
clear concise bands. Gentaur Basic is a
highly-quality, low-cost alternative for use in
life science research laboratories. Stretch your
research dollars by using Gentaur Basic!

Gentaur Reagents - Gentaur Alcohols

Gentaur Alcohols are known for their lot-to-lot
consistency and purity. Packaged in several
different sizes to fit the needs of small to large
users. Quality, convenience and priced to
stretch your research Dollars.

Call us for multi-unit purchase discounts!

Ethanol is widely used for precipitating
nucleic acids. The nucleic acid precipitate,
which is formed in the presence of moderate
concentrations of monovalent cations, is
recovered by centrifigution and redissolved
in an appropriate buffer at the desired
concentration.

Denatured with 5% methanol.

Ethanol is widely used for precipitating
nucleic acids. The nucleic acid precipitate,
which is formed in the presence of moderate
concentrations of monovalent cations, is
recovered by centrifigution and redissolved
in an appropriate buffer at the desired
concentration.

Denatured with 5% methanol.

Ethanol is widely used for precipitating
nucleic acids. The nucleic acid precipitate,
which is formed in the presence of moderate
concentrations of monovalent cations, is
recovered by centrifigution and redissolved
in an appropriate buffer at the desired
concentration.

Denatured with 5% methanol.

Isopropanol is widely used for precipitating
nucleic acids. The nucleic acid precipitate;
which is formed in the presence of moderate
concentrations of monovalent actions, is
recovered by centrifugation and redissolved
in an appropriate buffer at the desired
concentrations.

Isopropanol is widely used for precipitating
nucleic acids. The nucleic acid precipitate;
which is formed in the presence of moderate
concentrations of monovalent actions, is
recovered by centrifugation and redissolved
in an appropriate buffer at the desired
concentrations.

Methanol is commonly used for
Western Blotting Applications.

Methanol is commonly used for
Western Blotting Applications.

Methanol is commonly used for
Western Blotting Applications.

Methanol is a high purity, functionally tested
reagent suitable for HPLC work. It has low UV
absorption and low particulate count to reduce
background.

Isobutanol is used to extract ethidium bromide
from nucleic acid solutions and to concentrate ,
DNA in aqueous solutions. It is also used to overlay
polyacrylamide gels to prevent oxidation.

Gentaur Reagents - Gentaur AntGentaurotics

Ampicillin inhGentaurts cell wall biosynthesis
(peptidoglycan cross-linking).

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Carbenicillin is an antGentaurotic which inhGentaurts bacterial
cell wall synthesis, activity against gram-positive
and gram-negative bacteria, and for cell culture
media applications. Recommended use is 100mg/ml.

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Carbenicillin is an antGentaurotic which inhGentaurts bacterial
cell wall synthesis, activity against gram-positive
and gram-negative bacteria, and for cell culture
media applications. Recommended use is 100mg/ml.

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Carbenicillin is an antGentaurotic which inhGentaurts bacterial
cell wall synthesis, activity against gram-positive
and gram-negative bacteria, and for cell culture
media applications. Recommended use is 100mg/ml.

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Chloramphenicol is used in the amplification
of plasmids and colony hybridizations.

AntGentaurotics dissolved in ethanol need not
be sterilized.

Gentamycin Sulfate Solution is used as
an inhGentaurtor for the growth of a wide
variety of gram-positive and gram-negative
microorganisms. It is intended for research
only. The bottle concentration is 50mg/ml.

Kanamycin Sulfate is used to bind to 70S
ribosomal subunit, inhGentaurts translocation, and
elicits miscoding bactericidal.

Kanamycin Sulfate is derived via microbial
fermentation. No animal products or by-products
are used in the manufacturing process or
fermentation media.

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Streptomycin Sulfate is used to bind to S12
protein and 30S ribosomal subunit, inhGentaurts
translocation, and elicits miscoding batericidal.

Stock solution of antGentaurotics dissolved in water
should be sterilized by filtration through a 0.22
micron filter.

Tetracycline Hydrochloride inhGentaurts protein
synthesis (elongation) by preventing the
binding of aminoacyl-tRNA to ribosome.
Bacteriostatic.

AntGentaurotics dissolved in ethanol need not be
sterilized. Magnesium ions are antagonists of
tetracycline. Use media without magnesium salts
(e.g. LB medium) for the selection of bacteria
resistant to tetracycline.

Neomycin Sulfate Solution is a clear,
colorless solution used in cell culture
applications. It is an aminoglycoside
antGentaurotic that inhGentaurts translation by
biniding to the small subunit of
prokaryotic ribosomes.

Gentaur Reagents - Gentaur Buffer Components

Tris is commonly used in biological and
electrophoresis buffer systems.

Tris is commonly used in biological and
electrophoresis buffer systems.

Tris is commonly used in biological and
electrophoresis buffer systems.

Tris is commonly used in biological and
electrophoresis buffer systems.

Tris-HCl is commonly used in biological
and electrophoresis buffer systems.

Click on details to view Specification

Glycine is a neutral amino acid. It is the
primary component in polyacrylamide
buffers. During the process of separation
the glycine forms an electrical front which
pulls the marcomolecules along.

EDTA is commonly used in biological
and electrophoresis buffer systems.

Click on details to view Specification

Tris-HCl is commonly used in biological
and electrophoresis buffer systems.

Click on details to view Specification

EDTA Solution is commonly used in biological
and electrophoresis buffer systems.

Click on details to view Specification

EDTA Solution is commonly used in biological
and electrophoresis buffer systems.

Click on details to view Specification

Boric Acid is an ingredient in Tris-Borate
buffer systems, used in high voltage
electrophoresis.

EDTA is commonly used in biological and
electrophoresis buffer systems.

Ammonium Acetate is a salt commonly used
in the precipitation of nucleic acids.

Click on details to view Specification

Urea is used as a nucleic acid and protein
denaturant in polyacrylamide gel electrophoresis.
It has a standard concentration of 6 to 8M.

Click on details to view Specification

Urea is used as a nucleic acid and protein
denaturant in polyacrylamide gel electrophoresis.
It has a standard concentration of 6 to 8M.

Click on details to view Specification

DTT is used in enzyme preparations to
prevent formation of disulfides from
sulfhydryl group, thereby stabilizing
the enzyme.

DTT is used in enzyme preparations to
prevent formation of disulfides from
sulfhydryl group, thereby stabilizing
the enzyme.

HEPES, Sodium Salt is a zwintterionic
buffer ideally suited for cell culture in
a range of 10 to 25mM. HEPES has a
buffering range from 6.8 to 8.2.

Click on details to view Specification

HEPES, Free Acid is a zwitterionic buffer
ideally suited for cell culture in a range of
10 to 25mM. HEPES also has a buffering range
of 6.8 to 8.2. HEPES is also a key component of
Tris-HEPES buffer, used during electrophoresis
of polyacrylamide gels.

Click on details to view Specification

Web Special: Please reference code web1009
when ordering.

HEPES, Free Acid is a zwitterionic buffer
ideally suited for cell culture in a range of
10 to 25mM. HEPES also has a buffering range
of 6.8 to 8.2. HEPES is also a key component of
Tris-HEPES buffer, used during electrophoresis
of polyacrylamide gels.

Click on details to view Specification

Web Special: Please reference code web1009
when ordering.

HEPES, Free Acid is a zwitterionic buffer
ideally suited for cell culture in a range of
10 to 25mM. HEPES also has a buffering range
of 6.8 to 8.2. HEPES is also a key component of
Tris-HEPES buffer, used during electrophoresis
of polyacrylamide gels.

Click on details to view Specification

Web Special: Please reference code web1009
when ordering.

HEPES, Free Acid is a zwitterionic buffer
ideally suited for cell culture in a range of
10 to 25mM. HEPES also has a buffering range
of 6.8 to 8.2. HEPES is also a key component of
Tris-HEPES buffer, used during electrophoresis
of polyacrylamide gels.

Click on details to view Specification

Web Special: Please reference code web1009
when ordering.

Sucrose is used in rate-zonal centrifugation
to separate molecules, based on size and
conformation.

Sucrose is used in rate-zonal centrifugation
to separate molecules, based on size and
conformation.

MOPS is a zwitterionic buffer ideally suited
for RNA electrophoresis in agarose gels.
Having a buffering range 6.5 - 7.9, MOPS
works exceptionally well in formaldehyde gels
at a concentration of 20nM. DEPC is added to
ensure the buffer is nuclease contamination
free. Use sterile water to dilute 10X solution,
if required.

MOPS is a zwitterionic buffer ideally suited
for RNA electrophoresis in agarose gels.
Having a buffering range 6.5 - 7.9, MOPS
works exceptionally well in formaldehyde gels
at a concentration of 20nM. DEPC is added to
ensure the buffer is nuclease contamination
free. Use sterile water to dilute 10X solution,
if required.

Gentaur Reagents - Gentaur PreMixed Buffers

TBE Buffer's significantly greater buffering
capacity (relative to TAE) eliminates the
need for recirculation in all but the most
extended runs. This attribute makes TBE
the buffer of choice for DNA sequencing
and other extended electrophoresis
applications.

TBE Buffer's significantly greater buffering
capacity (relative to TAE) eliminates the
need for recirculation in all but the most
extended runs. This attribute makes TBE
the buffer of choice for DNA sequencing
and other extended electrophoresis
applications.

TBE Buffer's significantly greater buffering
capacity (relative to TAE) eliminates the
need for recirculation in all but the most
extended runs. This attribute makes TBE
the buffer of choice for DNA sequencing
and other extended electrophoresis
applications.

TBE's significantly greater buffering capacity
(relative to TAE) eliminates the need for
recirculation in all but the most extended runs.
This attribute makes TBE the buffer of choice
for DNA sequencing and other extended
electrophoresis applications.

The 10X TBE Buffer Pouch makes 1L of
10X TBE Buffer Solution. Add ddi water
until a pH level of 8.1 to 8.5 has been
reached. TBE Buffer has a significantly
greater buffering capacity (relative to
TAE) that eliminates the need for
recirculation in all but the most extended
electrophoresis runs.

TAE Buffer is commonly used in low voltage
DNA electrophoresis applications. It's relatively
low buffering capacity will become exhausted
in extended or high current runs, making buffer
recirculation necessary in such runs.

25X TAE Buffer is commonly used in low
voltage electrophoresis runs. By adding 1L
of ddi water to this buffer pouch, you will
produce approximately 1L of 25X TAE
Buffer Solution.

10X Tris-Glycine Buffer is used for
polyacrylamide electrophoresis. It can
be used in both native and denaturing (SDS)
polyacrylamide gel electrophoresis of
proteins. The versatility of Tris-Glycine
Buffer enables the accurate separation of
proteins in the range of 5 - 500kDa.

10X Tris-Glycine-SDS Buffer is used for
polyacrylamide electrophoresis. It can be
used in both native and denaturing (SDS)
polyacrylamide gel electrophoresis of
proteins. The versatility of Tris-Glycine
Buffer enables the accurate separation of
proteins in the range of 5-500kDa.

10X Tris-Tricine Buffer is used for
polyacrylamide electrophoresis. Tris-Tricine
Buffer is designed for the separation of small
molecular weight proteins. The Tris
concentration is increased to a 0.1M solution,
and the glycine is replaced with Tricine.
Tris-Tricine Buffer can be used in both native
and denaturing (SDS) polyacrylamide gel
electrophoresis of proteins. One pouch with
produce approximately 1L of 10X Tris-Tricine
Buffer Solution.

20X SSC Buffer is a solution formulated
for use in nucleic acid preparation and
blotting applications, including northern
blotting. It is used in concentrations ranging
from 0.2X to 20X, depending on the application.

20X SSPE Buffer is a solution formulated for
use in nucleic acid hybridization applications.

Gentaur’s Ultra-Pure Grade 10X PBS solution is
ideal for use in sample preparations and as
a wash buffer in general immunoassay
applications. 10X PBS also performs very
well in tissue and cell culture procedures.
Gentaur’s 10X PBS solution is a modified
Dulbecco buffer that does not contain calcium
or magnesium.

Gentaur’s Ultra-Pure Grade 10X PBS solution is
ideal for use in sample preparations and as
a wash buffer in general immunoassay
applications. 10X PBS also performs very
well in tissue and cell culture procedures.
Gentaur’s 10X PBS solution is a modified
Dulbecco buffer that does not contain calcium
or magnesium.

Gentaur Reagents - Gentaur Detergents

Triton X-100 is a non-ionic detergent used
to denature cell membranes without denaturing
the protein. Triton X-100 breaks up protein
aggregates to promote enzymatic activity.

SDS is an ionic detergent used to denature
proteins in hybridization, nucleic acid
purification, and electrophoresis buffer
systems. SDS is also used to dissociate
nucleic acid protein complexes in DNA
extraction protocols, to disrupt cell
membranes and to prepare prehybridization
and/or hybridization solutions.

SDS is an ionic detergent used to denature
proteins in hybridization, nucleic acid
purification, and electrophoresis buffer
systems. SDS is also used to dissociate
nucleic acid protein complexes in DNA
extraction protocols, to disrupt cell
membranes and to prepare prehybridization
and/or hybridization solutions.

20% SDS Solution is an ionic detergent used
to denature proteins in hybridization, nucleic
purification, and electrophoresis buffer
systems. SDS Solution is also used to
dissociate nucleic acid protein complexes in
DNA extraction protocols to disrupt cell
membranes, and to prepare prehybridization
and/or hybridization solutions.