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Hampton 水晶透明密封带Crystal Clear Sealing Tape

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Hampton 水晶透明密封带Crystal Clear Sealing Tape

Crystal Clear Sealing Tape

3 inch, 1.88 inch, 1.88 inch with dispenser, 0.75 inch with dispenser (left to right)

Crystal Clear Sealing Tape

0.75 inch Crystal Clear Sealing Tape

Applications  应用
Sealing tape used to seal sitting drop crystallization experiments

Description

These optically clear tapes are compatible with protein crystallization reagents. The polypropylene Crystal Clear Sealing Tapes use acrylic solvent based adhesives which are compatible with aqueous crystallization reagents.

Catalog number HR3-511 is a 1.88 inch (48 mm) wide, 3 mil tape on a 43.7 yard (40 M) roll with a 1.5 inch core and is supplied with a green dispenser / cutter.Catalog number HR4-511 is a 1.88 inch wide, 3 mil tape on a 60 yard roll with a 3 inch core and no dispenser / cutter.Two strips of the HR3-511 or HR4-511 will seal a Corning, Cryschem, CrystalClear Strip, Greiner, Intelliplate, Linbro, Swissci (MRC), VDX and VDXm plate.Catalog number HR4-506 is a 3 inch wide, 3 mil tape on a 54.86 yard roll with a 3 inch core and no dispenser / cutter.One strip of the HR4-506 will seal a Corning, Cryschem M, CrystalClear Strip, Greiner, Intelliplate, Swissci (MRC) and VDXm plate.Crystal Clear Mini Sealing Tape HR4-508 is a 0.75 inch (19 mm) wide, 3 mil tape on a 650 inch (16.5 M) roll and is supplied with a clear dispenser / cutter. The tape is useful for resealing or patching wells after mounting crystals. The tape is also wide enough to seal a single row of a Cryschem S or Cryschem M plate.See chart for tape and plate compatibility.

Hampton 0.1毫米50号玻璃毛细管

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Hampton 0.1毫米50号玻璃毛细管

货号：HR6-104
包装：25 pack

  • 英文名：0.1 mm Glass Number 50 Capillary
  • 品牌：Hampton
Hampton 0.1毫米50号玻璃毛细管

Hampton代理–金畔生物

硼硅玻璃50号毛细管壁厚0.01毫米，全长80毫米+ / – 5毫米。提供外径从0.1毫米到2毫米的毛细管，用于X射线数据收集，晶体密度测量和晶体生长实验。毛细管可以用蜡，环氧树脂等密封材料封闭，防止水分和气体。

应用

X射线数据采集

液-液扩散结晶

凝胶针状结晶

特征

50号硼硅玻璃

壁厚 10微米

描述

硼硅玻璃50号毛细管一端呈漏斗形，另一端封闭，壁厚0.01毫米，全长80毫米+/-5毫米，外径从0.1毫米到2毫米。可嵌入，盛放，储存小分子和生物大分子晶体用于X射线数据收集，晶体密度测量和晶体生长实验。毛细管可以用蜡，环氧树脂和其它密封材料密封，防止水分和气体。

请参照“线性吸收系数µcm-1表“，以决定适合的玻璃/石英玻璃毛细管。本表展示的是X射线数据收集时的辐射吸收量。

0.1mm至2.0mm毛细管开口端的基础尺寸为：3.0+/-0.15mm外径 x 0.13+/-0.10 mm壁厚，直径为在毛细管封闭端40毫米处的测量值。

 

货号

产品说明

公差

HR6-104

Size: 0.1 mm – 25 pack

0.1 mm -0.075 / +0.075 mm

HR6-106

Size: 0.2 mm – 25 pack

0.2 mm -0.050 / +0.050 mm

HR6-108

Size: 0.3 mm – 25 pack

0.3 mm -0.050 / +0.100 mm

HR6-110

Size: 0.4 mm – 25 pack

0.4 mm -0.100 / +0.100 mm

HR6-112

Size: 0.5 mm – 25 pack

0.5 mm -0.100 / +0.100 mm

HR6-114

Size: 0.6 mm – 25 pack

0.6 mm -0.100 / +0.100 mm

HR6-116

Size: 0.7 mm – 25 pack

0.7 mm -0.150 / +0.150 mm

HR6-118

Size: 0.8 mm – 25 pack

0.8 mm -0.150 / +0.150 mm

HR6-120

Size: 0.9 mm – 25 pack

0.9 mm -0.150 / +0.150 mm

HR6-122

Size: 1.0 mm – 25 pack

1.0 mm -0.150 / +0.250 mm

HR6-124

Size: 1.5 mm – 25 pack

1.5 mm -0.250 / +0.250 mm

HR6-126

Size: 2.0 mm – 25 pack

2.0 mm -0.250 / +0.250 mm

Hampton 48孔坐滴蛋白结晶板 48-Well Crystallization Plate

发表于由
Hampton 48孔坐滴蛋白结晶板 48-Well Crystallization Plate
Applications

Sitting drop crystallization
Features

One drop per reservoir
SBS format
48 well plate
9 mm standard distance between wells
Drop volume: Up to 10 µl
Reservoir volume: 50 to 200 µl
Micro-numbering alongside drop volumes
Rigid plate structure
Wide partition walls between wells improve sealing
Developed in conjunction with the MRC Laboratory of Molecular Biology in Cambridge, United Kingdom
UV compatible (UVP)
Description
MRC Maxi 48-Well Crystallization Plate for Automated Optimization

The MRC Maxi optimization plate is a breakthrough for macromolecular crystallization presented in a 48 well format. Offering easy to automate crystallization optimization with large sitting-drops, the new MRC Maxi Crystallization plate is the perfect solution. Manufactured by Swissci AG, the plate offers an SBS format while providing 48 wells. MRC Maxi is intended for large drops and is compatible both with standard robotic systems as well as manual pipetting.

The plate was developed at the MRC Laboratory of Molecular Biology (Cambridge, UK) in collaboration with Jan Löwe and Fabrice Gorrec. It is a result of many years of experience in successful robotic high-throughput crystallization and complements the original MRC crystallization plate, which is intended for smaller drop volumes and higher throughput during screening.

Drop volumes of up to 10 µl are possible. The 9 mm standard distance between wells is preserved, enabling the use of multi-channel manual pipettes and robotic liquid handlers, making MRC Maxi one of the most automation-friendly optimization plates on the market.

MRC Maxi is covered by global intellectual property and design registration as are the Swissci AG MRC 2 lens 96 well plates. Several breakthrough features of the original MRC plate have been maintained. Wells are labeled individually. Drops are raised for easy access during crystal retrieval. MRC Maxi uses the same proprietary polymer specially selected for the purpose of UV light visualization and the material used keeps through-plastic evaporation to a minimum. Well shapes are spherical but shallow.

The MRC Maxi Crystallization plate offers unique properties that make it the ideal choice for microliter-sized optimization experiments and is made from UV compatible UVP.

The advantages of the MRC Maxi Crystallization plate – in brief

Easy Crystal Retrieval
Raised wide wells make the crystal mounting especially easy.

Easy Viewing
The wells are wide conical.
Each well has a micro lens for perfect illumination.
Micro numbering readable under the microscope for each well.
The optically superior polymer (UVP) is UV transmissible.

Better Sealing
Wide partition walls between the wells give plenty of area for good sealing with tape.

Very Rigid, Automation-Friendly Plate Design
The UVP polymer reduces through-plastic evaporation to a minimum.

SBS Standard
The plates are designed to the SBS standard and are compatible with all common holders.
9 mm distance from well-to-well within columns, 18 mm distance within rows.

Unique Polymer (UVP)
Ultra-low sample binding.
No static charging.

Recommended Volumes
Volumes validated for MRC Maxi are up to 10 µl of sample drop and 200 µl of the crystallization reagent.
CAT NO NAME DESCRIPTION
HR3-179 MRC Maxi 48-Well Crystallization Plate 10 plate case
HR3-180 MRC Maxi 48-Well Crystallization Plate 40 plate case

Hampton蛋白结晶小瓶和结晶柱底座CrystalCap™

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Hampton蛋白结晶小瓶和结晶柱底座CrystalCap™

Applications

Cryocrystallography  低温结晶学

Features

SSRL style sample mount for cryocrystallography
CrystalCap attaches magnetically to CrystalCap Vial and Magnetic Goniometer Base
Conical shape with ledge compatible with SSRL style grippers, auto mounters and sample handlers

Description
The CrystalCap is a magnetic sample mount (also known as a cap, pin or goniometer base) designed for cryocrystallography systems that accept SSRL style sample mounts. The CrystalCap attaches to a magnetic CrystalCap Vial and Magnetic Goniometer Base. The tip of the CrystalCap accepts a Mounted CryoLoop™ or MicroTube™ fitted with a CryoLoop™.

The CrystalCap Vial is a 1.8 ml cryo vial featuring two small vents. A ring magnet is molded into the open end of the vial so that when the cap is positioned in the vial, the ring magnet holds the cap on the vial during cryogenic storage.The HR4-904 CrystalCap Vial does not have a magnet on the bottom of the vial.

The conical shape with ledge is compatible with SSRL style grippers, auto mounters and sample handlers.

Compatible with the following Synchrotron Radiation Beamlines

North & South America
• The Advanced Light Source, Berkeley, California ALS 4.2.2, ALS 11.3.1, ALS 12.2.2, ALS 12.3.2
• The Advanced Photon Source, Argonne, Illinois APS 14-BM-C BioCARS, APS 14-ID-B BioCARS
• Cornell High Energy, Synchrotron Source, Ithaca, New York CHESS A1, CHESS F1
• Canadian Light Source, Saskatchewan, Canada, CLS 08ID-1, CLS 08B1-1
• National Synchrotron Light Source, Upton, New York NSLS X4C
• Stanford Synchrotron Radiation Laboratory, Menlo Park, California SSRL BL7-1, SSRL BL9-1, SSRL BL9-2, SSRL BL11-1, SSRL BL12-2, SSRL BL14-1

Asia & Australia
• Shanghai Synchrotron Radiation Facility, Shanghai, China SSRF BL17U1
• National Synchrotron Radiation Research Center, Taiwan NSRRC BL13B1, NSRRC BL13C1
• Pohang Accelerator Laboratory, Pohang, South Korea PAL 2D, PAL 5C, PAL 7A
• Photon Factory, Tsukuba, Japan PF BL-5A, PF BL-17A, PF AR-NW12A
• Super Photon ring-8 GeV, Japan SPRING-8 BL12B2, SPRING-8 BL24XU, SPRING-8 BL26B1, SPRING-8 BL26B2, SPRING-8 BL32B2, SPRING-8 BL32XU, SPRING-8 BL38B1, SPRING-8 BL41XU, SPRING-8 BL44B2, SPRING-8 BL44XU

CrystalCap™

CrystalCap

CrystalCap™

CrystalCap & Vial

CrystalCap™

CrystalCap

Hampton蛋白结晶小瓶和结晶柱底座 CrystalCap™

CAT NO NAME DESCRIPTION
HR4-733 CrystalCap with Vial – 60 pack
HR4-902 CrystalCap without Vial – 60 pack
HR4-904 CrystalCap Vial Vial only – 30 pack

Hampton GRAS 5 • GRAS 6 Screens

发表于由

Hampton GRAS 5 • GRAS 6 Screens

Applications

 GRAS reagent crystallization screen for proteins, including monoclonal antibodies, where Polyethylene glycol is the primary reagent, sampling pH 4.5 to 10

. Identify GRAS based reagents that promote crystallization of biotherapeutics for bioprocess, bioformulation, and continuous flow manufacturing applications

Features

Developed at Hampton Research
Generally Recognized As Safe reagent formulation
Samples pH 4.5 to 10; 8 unique buffers
Primary crystallization reagent:

GRAS 5: PEG 300, 400, MME 550, & 600
GRAS 6: PEG 1,000, MME 2,000, 3,350 & 4,000

 
Vapor diffusion, microbatch, free interface diffusion
Reagents soluble between 4°C and 30°C

Description

GRAS Screen™ 5 and 6 were developed by Hampton Research for the crystallization of proteins, including monoclonal antibodies. Each of the chemicals in GRAS Screen 5 and 6 has been used under one or more of the following categories. As (1) a Generally Recognized As Safe (GRAS) substance, (2) a pharmaceutical excipient, (3) a normal physiological constituent, (4) a metabolic byproduct, and/or (5) a Everything Added to Food in the United States (EAFUS) substance.

GRAS Screen 5 samples four low molecular weight Polyethylene glycols (300, 400, MME 550, and 600) at three concentrations versus eight unique buffers encompassing pH 4.5 to 10. GRAS Screen 5 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 5 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.

GRAS Screen 6 samples four medium molecular weight Polyethylene glycols (1,000, MME 2,000, 3,350, & 4,000) at three concentrations versus eight unique buffers encompassing pH 4.5 to 10. GRAS Screen 6 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 6 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.

Hampton结晶用缓冲盐试剂盒– SaltRx

发表于由

Hampton结晶用缓冲盐试剂盒– SaltRx

SaltRx 1 • SaltRx 2 • SaltRx HT

Applications

Primary or secondary, salt and pH matrix crystallization screen for biological macromolecules

Features

Salt versus pH matrix crystallization screen
Samples pH 4 to 9
22 unique salts versus salt concentration and pH
Compatible with microbatch, vapor diffusion, liquid & gel diffusion methods
Tube or Deep Well block format
Preformulated, ready to screen
Developed at Hampton Research
All salts and buffers in screen readily available as Optimize™ reagents for reproducing and optimizing crystals
Individual reagents available through the Hampton Research Custom Shop
 Description
SaltRx was developed by Hampton Research as a primary and secondary, salt and pH based crystallization screen for biological macromolecules. Salt is the only primary crystallization reagent (precipitant) utilized. Based on a design of 96 conditions, the screen evaluates a broad portfolio of crystallization salts of varying concentration and pH. The selection, concentration, and pH of the salts were determined by data mining the BMCD1 and other crystallization databases, crystallization reports in the literature, and internal crystallization trials performed at Hampton Research. Based on this analysis, up to 35% of protein crystallizations involve salt as the primary crystallization reagent. SaltRx can be used as a primary crystallization screen when salt, ionic strength and pH are desired or suspected as appropriate crystallization variables. It is also useful as a secondary screen when salt only reagents/conditions from screens such as Index™, Crystal Screen™, and Grid Screen™ produce crystals and when further screening for additional salt conditions or optimization is desired. Since this screen does not contain volatile organics, it is compatible with microbatch, vapor diffusion, liquid and gel diffusion crystallization methods. SaltRx may also be used for dialysis crystallization in conjunction with Dialysis Buttons™.The original SaltRx kit (HR2-108) contained 96 unique reagents, 10 ml each. This kit has been discontinued and converted into two 48 reagent based kits, SaltRx 1 and SaltRx 2, available separately, which when used together are identical to the original SaltRx.SaltRx 1 contains 48 unique reagents, 10 ml each. SaltRx 1 contains reagents 1-48 of the original SaltRx 96 reagent kit.Salt Rx 2 contains 48 unique reagents, 10 ml each. SaltRx 2 contains reagent 49-96 of the original SaltRx 96 reagent kit.SaltRx HT contains the 96 SaltRx 1 and SaltRx 2 reagents in a single Deep Well block format.Ready-to-use reagents are sterile filtered and formulated with ultra-pure Type 1 water, using the highest purity salts, polymers, organics and buffers. Individual reagents are available through the Hampton Research Custom Shop.

Measured pH range of kit is 4.1 to 9.0 at 25°C
Average measured pH of kit is 6.9 at 25°C
Median measured pH of kit is 7.3 at 25°C
Mode measured pH of kit is 7.4 at 25°C

CAT NO NAME DESCRIPTION
HR2-136 SaltRx HT 1 ml, Deep Well block format
HR2-107 SaltRx 1 10 ml, tube format
HR2-109 SaltRx 2 10 ml, tube format

Hampton PEG/Ion • PEG/Ion 2 • PEG/Ion HT

发表于由

Hampton PEG/Ion • PEG/Ion 2 • PEG/Ion HT

Applications

  Primary or secondary, polymer, salt and pH matrix crystallization screen for biological macromolecules

Features

Developed at Hampton Research
PEG/Ion is a sparse matrix profile of anions and cations in the presence of monodisperse Polyethylene glycol 3,350 over pH 4.5 – 9.2
PEG/Ion 2 screens a complete profile of titrated organic acids at varying pH levels (3.7 – 8.8) in the presence of monodisperse PEG 3,350
PEG/Ion HT combines PEG/Ion and PEG/Ion 2 in a single 96 Deep Well block
 Description

PEG/Ion, developed by Hampton Research, is a crystallization screen designed to evaluate monodisperse, high purity Polyethylene glycol 3,350 and 48 unique salts representing a very complete range of anions and cations frequently used in the crystallization of biological macromolecules. The primary screening variables are PEG, ion type, ionic strength, and pH. More than 60% of the published crystallizations utilized PEG as a primary crystallization reagent and in approximately 50% of those reports, the PEG was combined with an ion as a secondary crystallization reagent. PEG/Ion reagents are formulated without a buffer and are not pH titrated.

PEG/Ion 2 is an extension to the fundamental crystallization strategy in PEG/Ion. PEG/Ion 2 reagents cover the monodisperse, high purity Polyethylene glycol 3,350 and an array of neutralized and pH adjusted organic acids, multivalent ions, a novel Citrate BIS-TRIS propane buffer system and pH (4 – 8.8). The formulation of PEG/Ion 2 was developed at Hampton Research. Each of the 48 reagents in PEG/Ion 2 contains PEG 3,350 as the polymer (precipitant). The concentration of PEG is varied from 12% w/v to 20% w/v depending upon the type and concentration of buffer/salt paired with the polymer. Thirteen of the forty-eight PEG/Ion 2 reagents contain a separate buffer component. The remaining PEG/Ion 2 reagents are buffered by the titrated organic acid salt. Six of these thirteen conditions feature a novel Citric acid BIS-TRIS propane (CBTP) buffer. The CBTP buffer uses Citric acid and BIS-TRIS propane as the acid base pair to create a two component buffer system effective across pH 2.5 to 9.5. The ratio of Citric acid to BIS-TRIS propane determines the solution pH. Thirty-five of the forty-eight PEG/Ion 2 reagents contain a neutralized or pH adjusted organic acid in the presence of the polymer. Neutralized organic acids are highly effective crystallization salts.1 Four PEG/Ion 2 reagents feature polyvalent cations. Two of these reagents contain cation mixes, saving sample by screening six different cations with only two reagents. Tryptone, a casein digest combinatorial library of peptides, is included in PEG/Ion 2. PEG/Ion 2 reagents 1-30, 42, 45-47 are formulated without a buffer and are not pH titrated.

PEG/Ion contains 48 unique reagents, 10 ml each.

PEG/Ion 2 contains 48 unique reagents, 10 ml each.

PEG/Ion HT contains 1 ml of each reagent from PEG/Ion and PEG/Ion 2 in a single Deep Well block format.

Ready-to-use reagents are sterile filtered and formulated with ultra-pure Type 1 water, using the highest purity salts, polymers, organics and buffers. Individual reagents are available through the Hampton Research Custom Shop.

PEG/Ion • PEG/Ion 2 • PEG/Ion HT

PEG/Ion • PEG/Ion 2 • PEG/Ion HT
Crystals of Peptidoglycan Recognition Protein (PGRP) from camel milk grown using the Hampton Research PEG/Ion screen. Sharma, P., Singh, N., Sinha, M., Sharma, S., Perbandt, M., Betzel, C., Kaur, P., Srinivasan, A. & Singh, T.P. All India Institute of Medical Sciences, Department of Biophysics, New Delhi, India.

CAT NO NAME DESCRIPTION
HR2-126 PEG/Ion Screen 10 ml, tube format
HR2-098 PEG/Ion 2 Screen 10 ml, tube format
HR2-139 PEG/Ion HT 1 ml, Deep Well block format

Hampton GRAS 3 • GRAS 4 Screens

发表于由

Hampton GRAS 3 • GRAS 4 Screens

Applications

a.GRAS reagent crystallization screen for proteins, including monoclonal antibodies, where Salt is the primary, and Polyethylene glycol the secondary reagent, sampling pH 4-9

b.Identify GRAS based reagents that promote crystallization of biotherapeutics for bioprocess, bioformulation, and continuous flow manufacturing applications

Features

Developed at Hampton Research
Generally Recognized As Safe reagent formulation
Samples pH 4.0 – 9.0 without an added buffer
Primary crystallization reagent:

24 unique Salts

 
Secondary crystallization reagent:

GRAS Screen 3: PEG 300, 400, MME 550, & 600
GRAS Screen 4: PEG 1,000, MME 2,000, 3,350 & 4,000

 
Compatible with Vapor diffusion, microbatch, free interface diffusion
Reagents soluble between 4°C and 30°C

 Description
GRAS Screen™ 3 and GRAS Screen™ 4 were developed by Hampton Research for the crystallization of proteins, including monoclonal antibodies. Each of the chemicals in GRAS Screen 3 and 4 have been used under one or more of the following categories. As (1) a Generally Recognized As Safe (GRAS) substance, (2) a pharmaceutical excipient, (3) a normal physiological constituent, (4) a metabolic byproduct, and/or (5) a Everything Added to Food in the United States (EAFUS) substance.

GRAS Screen 3 samples twenty four salts, encompassing pH 4-9 versus four low molecular weight Polyethylene glycols (300, 400, MME 550, & 600). GRAS Screen 3 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 3 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.

GRAS Screen 4 samples twenty four salts, encompassing pH 4-9 versus four medium molecular weight Polyethylene glycols (1,000, MME 2,000, 3,350 & 4,000). GRAS Screen 4 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 4 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.

 

CAT NO NAME DESCRIPTION
HR2-453 GRAS Screen 3 1 ml, Deep Well block format
HR2-454 GRAS Screen 4 1 ml, Deep Well block format

Hampton 银弹 Silver Bullets

发表于由

Hampton 银弹 Silver Bullets

Applications

Additive screen for the optimization of protein crystals
For use with soluble proteins and membrane proteins
Additive screen to discover different crystal forms
Secondary or orthogonal crystallization screen when traditional screens are not successful
Additive screen for the optimization of protein solubility and stability

Features

Developed at Hampton Research
Screens a portfolio of small molecules and excipients for their ability to establish stabilizing, intermolecular, hydrogen bonding, hydrophobic and electrostatic interactions which could promote lattice formation and crystallization

Small organic acids & organic salts
Biologically active small molecules
Amino acids & peptides
Macromolecular digests
Co-factors & ligands
Biochemical pathway intermediates
Nucleotides, pharmacaphores & carbohydrates

Description
Silver Bullets screens a portfolio of small molecules for their ability to establish stabilizing, inter molecular, hydrogen bonding, hydrophobic and electrostatic interactions which could promote stability, lattice formation, and crystallization.1-3

Published results with the Silver Bullets have been very encouraging, with more than twice as many proteins being crystallized overall as were crystallized from controls free of any small molecules.1-3

X-ray diffraction analysis has revealed the small molecule Silver Bullets in the crystal lattice, involved at the centers of hydrogen bonding networks and electrostatic interaction.1-3 Silver Bullets is compatible with hanging, sitting and sandwich drop vapor diffusion, microbatch, free interface, and microdialysis crystallization methods. Silver Bullets can be used with Dynamic Light Scattering (DLS), ThermoFluor, and Size Exclusion Chromatography assays.

Silver Bullets reagent portfolio
•Organic salts and acids
•Biologically active small molecules
•Amino acids and peptides
•Macromolecular digests

The Silver Bullets kit is a library of small molecules that have been shown to promote crystal lattice formation. X-ray diffraction analysis has demonstrated the reagents have the ability to:

•Stabilize the conformation of the protein
•Perturb the interaction of the protein with the solvent
•Participate in forming important lattice contacts
•Build the crystal lattice by forming reversible cross-links between the macromolecules in the crystal

The Silver Bullets kit is composed of 96 solutions in a single Deep Well block (Greiner 786261 block specifications: Total Volume: 0.5 mL Working Volume: 0.03 – 0.7 mL at Room Temperature 0.03 – 0.55 mL at -20ºC, Well Profile: Conical (V), Bottom Well Bottom: Solid, Plate Color: Translucent), HT format.

Each Silver Bullets reagent is a mixture of small molecules or macromolecular digests in 0.02 M HEPES sodium pH 6.8 buffer. Each solution contains between 2 and 20 small molecules.

Silver Bullets reagent volume is 0.5 ml (each well).

ThermoFluor is a registered trademark of Johnson & Johnson.

Hampton  Silver Bullets Bio

Silver Bullets • Silver Bullets Bio

Silver Bullets • Silver Bullets Bio

上海金畔生物作为Hampton蛋白结晶产品的代理商，竭诚为您服务，欢迎新老客户咨询。

Applications 应用

Additive screen for the optimization of protein crystals
For use with soluble proteins and membrane proteins
Additive screen to discover different crystal forms
Secondary or orthogonal crystallization screen when traditional screens are not successful
Additive screen for the optimization of protein solubility and stability

Features

Screens a portfolio of small molecules and excipients for their ability to establish stabilizing, intermolecular, hydrogen bonding, hydrophobic and electrostatic interactions which could promote lattice formation and crystallization

Small organic acids & organic salts
Biologically active small molecules
Amino acids & peptides
Macromolecular digests
Co-factors & ligands
Biochemical pathway intermediates
Nucleotides, pharmacaphores & carbohydrates

 
Developed at Hampton Research
Two sets of 96 reagents, composed of more than 1,090 chemicals, of which more than 400 are uniqu

Please note, the Silver Bullets Bio Screen is temporarily unavailable as a new formulation is in development