Hampton 膜蛋白结晶试剂 MembFac • Crystal Screen Lite • MembFac HT

Hampton  MembFac • Crystal Screen Lite • MembFac HT

Applications
Primary sparse matrix crystallization screen for membrane proteins and samples with limited solubility   膜蛋白和样品溶解度有限样品
Features
  Membrane protein sparse matrix screens
  Sparse matrix formula efficiently samples salts, polymers, organics and pH
  pH range 4.6 – 8.5
  Formulated for use with detergents
   Tube or Deep Well block format
   Crystal Screen Lite features a lower ionic strength than the original Crystal Screen

Description
MembFac is a highly effective sparse matrix screen specifically designed as a preliminary screen for the crystallization of membrane proteins. MembFac is based upon the highly effective biased sparse matrix methodology. The MembFac screen matrix is optimized for the crystallization of membrane proteins.
MembFac contains 48 unique reagent formulations. With this set of 48 conditions, numerous chemicals and chemical combinations are utilized, allowing one to evaluate a large variety of potential crystallization conditions. MembFac covers a broad pH range between 4 and 9.
The Rationale
The basic rationale of MembFac is to perform a sparse matrix screen while changing the detergent dimension because detergents play an important factor in the crystallization of membrane proteins. A MembFac screen is to be completed for each detergent. Detergent screens are available separately.
The Method
The membrane protein of interest is first isolated in the detergent which gives the highest stability and activity. The protein concentration should be approximately 10 to 20 mg/ml and the detergent concentration should be only slightly above the CMC. The sample is then set against MembFac, using all 48 solutions plus the screening detergent(s) of choice. The screening detergent concentration should be approximately one to three times the CMC. Hence, for each detergent screened, one would utilize approximately 1 to 2 mg of sample.
The MembFac protocol was used to crystallize membrane proteins including SQR, fumerate: quinone oxireductase, LHII, and LHCII.
Crystal Screen Lite is a sparse matrix of trial crystallization reagent conditions based upon the Crystal Screen™.3 The primary screen variables are salt, pH, and precipitant (salts, polymers, volatile organics, and non-volatile organics).2Crystal Screen Lite differs from the original Crystal Screen kit in that the primary precipitant reagents are one-half the concentration of that used in the original Crystal Screen formulation. The secondary salts, ions, and buffers remain at the original Crystal Screen concentration. Reducing the primary concentration of the primary precipitant results in a screen which is “more gentle” on the sample and typically produces much less precipitate conditions than the original Crystal Screen.
MembFac contains 48 unique reagents, 10 ml each.
MembFac HT contains 1 ml each of all 48 reagents from MembFac and reagents 1-48 from Crystal Screen Lite 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.

CAT NO NAME DESCRIPTION
HR2-114 MembFac 10 ml, tube format
HR2-128 Crystal Screen Lite 10 ml, tube format
HR2-137 MembFac HT 1 ml, Deep Well block format

Hampton GRAS 1 • GRAS 2 Screens

Hampton GRAS 1 • GRAS 2 Screens

stallization screen for proteins, including monoclonal antibodies, where Polyethylene glycol is the primary, and Salt the secondary reagent, sampling pH 4-9
GRAS 1 • GRAS 2 ScreensGRAS 1 • GRAS 2 Screens 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:

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

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

Description
GRAS Screen™ 1 and GRAS Screen™ 2 were developed by Hampton Research for the crystallization of proteins, including monoclonal antibodies. Each of the chemicals in GRAS Screen 1 and 2 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 1 samples four low molecular weight Polyethylene glycols (300, 400, MME 550, and 600) versus twenty-four salts, encompassing pH 4-9. GRAS Screen 1 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 1 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.
GRAS Screen 2 samples four medium molecular weight Polyethylene glycols (1,000, MME 2,000, 3,350, & 4,000) versus twenty-four salts, encompassing pH 4-9. GRAS Screen 2 is supplied in a 96 Deep Well block format and is compatible with robotic and multi-channel pipet liquid handling systems. GRAS Screen 2 is compatible with vapor diffusion, free interface diffusion, and microbatch crystallization methods. For research use only.

CAT NO NAME DESCRIPTION
HR2-451 GRAS Screen 1 1 ml, Deep Well block format
Price Quantity
$245.00
CAT NO NAME DESCRIPTION
HR2-452 GRAS Screen 2 1 ml, Deep Well block format
Price Quantity
$245.00

Hampton 蛋白结晶试剂–Crystal Screen

Hampton 蛋白结晶试剂–Crystal Screen
Crystal Screen • Crystal Screen 2 • Crystal Screen HT

Applications
 Primary screen for proteins, soluble peptides, nucleic acids, & water soluble small molecules
 Sparse matrix additive screen
Features
 The original sparse matrix screen
 Sparse matrix formula efficiently samples salts, polymers, organics, & pH
 Proven effective with more than 1,000 biological macromolecules
 Tube or Deep Well block format

Description
The Crystal Screen and Crystal Screen 2 reagent kits are designed to provide a highly effective and rapid screening method for the crystallization of macromolecules. The screens are simple and practical for finding initial crystallization conditions. The initial crystallization conditions for more than 1,000 proteins, peptides, oligonucleotides, and small molecules have been determined using Crystal Screen.
A highly effective approach to overcome the exhaustive search for suitable crystallization conditions is the use of a sparse matrix method of trial conditions that is biased and selected from known crystallization conditions for macromolecules. The formulation utilized in Crystal Screen and Crystal Screen 2 evaluates 96 unique mixtures of pH, salts, polymers and organics, and their ability to promote crystal growth.
Crystal Screen contains 50 unique reagents, 10 ml each and is based on the sparse matrix formulation first described by Jancarik and Kim in 1991.
Crystal Screen 2, an extension of Crystal Screen, contains 48 unique reagents, 10 ml each and is based on the formulation first described by Cudney et al in 1994.
Crystal Screen HT contains 1 ml each of reagents 1-48 from Crystal Screen and all 48 reagents from Crystal Screen 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.
Crystal Screen • Crystal Screen 2 • Crystal Screen HT
Crystal Screen • Crystal Screen 2 • Crystal Screen HT
Crystals of a carbohydrate processing enzyme grown using Hampton Research Crystal Screen. Shirley Roberts, York Structural Biology Laboratory, York, United Kingdom.
Crystal Screen • Crystal Screen 2 • Crystal Screen HT
Crystal of zRFP574 red fluorescent protein grown using Hampton Research Crystal Screen 2. Pletneva et al. Acta Cryst. D62, 527-532 (2006). Nadya, Russian Academy of Science, Moscow, Russia.

CAT NO NAME DESCRIPTION
HR2-110 Crystal Screen 10 ml, tube format
HR2-112 Crystal Screen 2 10 ml, tube format
HR2-130 Crystal Screen HT 1 ml, Deep Well block format

Hampton Solubility & Stability Screen

Hampton Solubility & Stability Screen

Solubility & Stability Screen(溶解度和稳定性的屏幕)
应用:溶解性和稳定性屏幕的设计,以协助识别解决方案的条件,促进蛋白质的溶解性和稳定性,并尽量减少蛋白质沉淀。
Solubility & Stability Screen
Solubility & Stability Screen
Solubility & Stability Screen
Solubility & Stability Screen HR2-072
Applications

A solubility screen, a stability screen, an additive screen for protein assays including ThermoFluor and crystallization
Preformulation screening

 

Compatible with Thermofluor , Differential Scanning Fluorimetry (DSF), and Protein Thermal Shift assays
96 sterile filtered reagents
17 classes of reagents and excipients
Highly concentrated (10x) reagent formulation
Developed at Hampton Research

Features
Methodologies

Thermal shift assay
Dynamic Light Scattering
Use Solubility & Stability Screen along side Slice pH and Solubility & Stability Screen 2 to optimize sample buffer
Description

Solubility & Stability Screen is designed to assist in the identification of solution conditions which promote protein solubility and stability, and minimize protein precipitation. Solubility & Stability Screen is a solubility screen, a stability screen, and may also be used as an additive screen in the presence of a crystallization reagent.
The Hampton Research Solubility and Stability Screen can evaluate protein solubility, stability and crystallization in the presence of 94 different chemical additives sampling 17 different classes of reagents plus two controls.
Protein solubility and stability are universally required in a wide range of applications, including general biochemical studies, the preparation of proteins in pharmaceuticals, structural biology and crystallization.1-11The preparation of a concentrated, soluble and stable protein sample can often be a difficult task as proteins often aggregate, precipitate or denature.
Thermofluor (also known as Differential Scanning Fluorimetry, DSF and Protein Thermal Shift) provides a rapid, convenient and effective means of identifying subsaturating solution conditions that may also correlate with protein heterogeneity and poor crystallization outcomes.12
Protein solubility and stability is affected by many different chemical factors including pH, buffer type, chemical additives and excipients. pH and buffer type are dominant protein solubility and stability variables and can be evaluated and optimized using the Hampton Research Slice pH kit HR2-070. Slice pH evaluates protein solubility, stability and crystallization versus 20 different buffers over the pH range 3.5-9.6. Chemical additives influencing protein solubility and stability can be evaluated using the Solubility & Stability Screen.
It is widely accepted that protein solubility and stability can be increased by the use of chemical additives.5,15Seventeen classes of reagents are sampled by the Solubility & Stability Screen and each of these classes has been reported as important in improving sample solubility and stability.2-11
The Solubility & Stability Screen is a set of 94 high purity reagents formulated in high purity water (NCCLS/ASTM Type 1+) at 25°C and are 0.22 micron sterile filtered. The 94 solubility and stability reagents are formulated at 2 to 10 times their recommended working concentration. The remaining two reagents are water and a negative (TCA) control. A water control demonstrates the effect of diluting sample as well as sample buffer concentration. TCA, the negative control, demonstrates total sample precipitation, loss of sample solubility and loss of sample stability. The effects of the Solubility & Stability reagents can be compared with this negative control to assist in the identification of reagents promoting sample solubility and stability. 500 microliters of each reagent is supplied in a sterile 96 well polypropylene Deep Well block. The Solubility & Stability Screen reagents are compatible with the sitting or hanging drop vapor diffusion, microbatch, free interface diffusion, sandwich drop vapor diffusion, and dialysis crystallization methods utilizing water soluble reagents.

Hampton Polyethylene glycol 4,000

Hampton Polyethylene glycol 4,000

Applications
Crystallization grade Polyethylene glycol for formulating screens or for optimizatio
Features
Sterile filtered solution
Formulated in Type 1+ ultrapure water: 18.2 megaohm-cm resistivity at 25°C, < 5 ppb Total Organic Carbon, bacteria free (<1 Bacteria (CFU/ml)), pyrogen free (<0.03 Endotoxin (EU/ml)), RNase-free (< 0.01 ng/mL) and DNase-free (< 4 pg/µL)

Description
Polyethylene glycol 4,000
Synonym: PEG 4,000
H(OCH2CH2)nOH
Mr 3,500-4,500
CAS Number [25322-68-3]
EC Number 500-038-2
Merck 14,7568
RTECS TQ3500000
MDL Number MFCD00081839
PubChem Substance ID 24890217
Melting point (Starting Material) 58.0-61.0°C
Aldehyde None detected
Peroxide None detected

HR2-529 Measured pH range: 6.9 – 9.5 at 25°C
HR2-529 Measured Conductivity Range: 35.3 – 46.9 µS/cm at 25°C
HR2-529 Measured Refractive Index Range: 1.40172 – 1.40279 at 20°C

CAT NO NAME DESCRIPTION
HR2-605 Polyethylene glycol 4,000 Flake – 500 g
HR2-529 Polyethylene glycol 4,000 50% w/v solution – 200 ml

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

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 24孔坐滴板 Cryschem Plate

Hampton 24孔坐滴板 Cryschem Plate
Applications
 Sitting drop crystallization
  Heavy atom soaks
  Seeding

Features
Optically clear, concave sitting drop post
Cryschem Plate – Larger footprint and round reagent reservoir
Cryschem M – Microplate footprint with round reagent reservoir
Cryschem S – Microplate footprint with square reagent reservoir
Compatible with Formulatrix Formulator
Smooth, flat top for easy seal
Each plate supplied with a cover
Materials
  Optically clear polystyrene
 Description

The Cryschem Plate is a 24 well sitting drop plate that is sealed with clear sealing tape. The polystyrene plate is supplied with a raised cover so the plate can also be sealed with vacuum grease and plain glass or plastic cover slides (22 mm diameter). The stackable, 24 well plates have distortion-free, flat bottom wells and a concave sitting drop post in the center of the well for concentric equilibration of the drop with the reagent. Each plate is individually sealed. The top of the plate and each of the 24 wells is a single, flat plane for smooth and easy seal application. Well spacing provides for a large seal area between wells to prevent cross contamination and evaporation.
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。
Cryschem Plate is large plate footprint with circular reagent reservoir. Cryschem plate approximate size: 15.1 cm x 10.6 cm x 2.2 cm. Approximate well size: 1.6 cm x 1.5 cm. Typical fill volume: 500 to 1,000 µl. Well capacity: 1.5 ml. Maximum drop volume on post: 40 µl. Recommended seal: HR3-511 Crystal Clear Sealing Tape (1.88 inch x 43.7 yard roll, with cutter) or HR4-511 Crystal Clear Sealing Tape (1.88 inch x 60 yard roll, without cutter).
Cryschem M Plate is microplate footprint with circular reagent reservoir. Cryschem M microplate approximate size: 128 mm x 86 mm x 14 mm. Approximate circular reservoir size: 15 mm wide x 9 mm deep. Typical reservoir volume: 500 µl. Well capacity: 1.1 ml. Maximum drop volume on post: 30 µl. Recommended seal: HR3-609 Crystal Clear Sealing Film (100 pack), HR4-521 ClearSeal Film (100 pack) or HR4-506 Crystal Clear Sealing Tape (3 inch x 55 yard roll, without cutter). HR4-508 Crystal Clear Sealing Tape (0.75 inch x 650 inch, with cutter) seals a single row at a time.
Cryschem S Plate is microplate footprint with square reagent reservoir. Cryschem S microplate approximate size: 128 mm x 86 mm x 14 mm. Approximate square reservoir size: 15 mm wide x 9 mm deep. Typical reservoir volume: 500 µl. Well capacity: 1.1 ml. Maximum drop volume on post: 30 µl. Recommended seal: HR3-609 Crystal Clear Sealing Film (100 pack), HR4-521 ClearSeal Film (100 pack) or HR4-506 Crystal Clear Sealing Tape (3 inch x 55 yard roll, without cutter). HR4-508 Crystal Clear Sealing Tape (0.75 inch x 650 inch, with cutter) seals a single row at a time.
Cryschem Plate
Cryschem plate

CAT NO NAME DESCRIPTION
HR3-158 Cryschem Plate 24 plate case
HR3-160 Cryschem Plate 100 plate case
HR1-002 Cryschem M Plate (round reagent reservoir) 50 plate case
HR3-308 Cryschem S Plate (square reagent reservoir) 50 plate case

Sigma代理  Abcam代理  CST代理  Santa Cruz代理  Biolegend代理 ebioscience代理  Invitrogen代理   millipore代理  BD流式抗体代理   GeneTe x抗体代理  Novus抗体代理   R&D代理 Biovison代理  Jackson代理  MBL抗体代理  ProSpec抗体代理  Bethyl抗体代理  Antibody Revolution抗体代理  Torrey Pines Biolabs代理  Amresco代理  MPbio代理  Laysan bio代理  NANOCS代理  Avanti代理  wako代理  lumiprobe代理(活性荧光染料)   NEB酶代理  Roche酶代理  Toyobo酶代理   USP代理  EP代理  Dr代理  TRC代理  TCI代理  Reagecon代理 Megazyme代理 Hampton代理(蛋白结晶) whatman代理(滤膜滤纸) GE代理(蛋白纯化) Corning康宁代理  Axygen代理 Falcon代理  NISSUI日水代理 Himedia代理 OXOID代理  BD培养基代理 Ludger代理(糖蛋白分析产品)  Eppendorf代理  Labnet代理  标准品代理 抗体代理 酶试剂代理  培养基代理 耗材代理 Elisa试剂盒代理 。

Hampton50号毛细管Glass Number 50 Capillaries

Hampton50号毛细管Glass Number 50 Capillaries
Glass Number 50 Capillaries

应用:
  X-ray data collection
  Liquid-liquid diffusion crystallization
  Gel acupuncture crystallization
Features
  Glass Number 50 (borosilicate)
  Thin walled – 10 micron
      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。

Description 描述
Glass Number 50 (borosilicate glass) capillaries that are extremely thin walled (approximately 10 micron wall thickness). The length of the capillary has a well defined diameter, with one end having a funnel shape and the other end closed. Glass capillaries have a wall thickness of 0.01 mm and an overall length of 80 mm +/- 5 mm. Glass capillaries are available in a wide range of outside diameters from 0.1 mm to 2.0 mm. They are designed to mount, hold, and store small molecule and biological macromolecular crystals for x-ray data collection. Capillaries can also be used for crystal density measurements and crystal growth experiments. The capillaries can be sealed tightly against moisture and gases using wax, epoxy, or other sealing materials.
In determining what glass or quartz capillary is right for you, please refer to the “Linear Absorption Coefficient µ cm-1” table. This table indicates the amount of radiation that is absorbed by the capillary during x-ray data collection.
For 0.1 mm to 2.0 mm capillaries the open end capillary tube base size is 3.0 +/- 0.15 mm OD x 0.13 +/- 0.10 mm Wall thickness.
The Diameter is measured 40 mm from the closed end. The tolerances are as follows
Glass Number 50 Capillaries
Glass Number 50 Capillaries
 

0.1 mm -0.075 / +0.075 mm
0.2 mm -0.050 / +0.050 mm
0.3 mm -0.050 / +0.100 mm
0.4 mm -0.100 / +0.100 mm
0.5 mm -0.100 / +0.100 mm
0.6 mm -0.100 / +0.100 mm
0.7 mm -0.150 / +0.150 mm
0.8 mm -0.150 / +0.150 mm
0.9 mm -0.150 / +0.150 mm
1.0 mm -0.150 / +0.250 mm
1.5 mm -0.250 / +0.250 mm
2.0 mm -0.250 / +0.250 mm
Capillaries have only been tested at atmospheric pressure (760 mmHg (torr), 29.92 inHg, 14.696 psi). Use at other pressures has not been tested.
Sigma代理  Abcam代理  CST代理  Santa Cruz代理  Biolegend代理 ebioscience代理  Invitrogen代理   millipore代理  BD流式抗体代理   GeneTe x抗体代理  Novus抗体代理   R&D代理 Biovison代理  Jackson代理  MBL抗体代理  ProSpec抗体代理  Bethyl抗体代理  Antibody Revolution抗体代理  Torrey Pines Biolabs代理  Amresco代理  MPbio代理  Laysan bio代理  NANOCS代理  Avanti代理  wako代理  lumiprobe代理(活性荧光染料)   NEB酶代理  Roche酶代理  Toyobo酶代理   USP代理  EP代理  Dr代理  TRC代理  TCI代理  Reagecon代理 Megazyme代理 Hampton代理(蛋白结晶) whatman代理(滤膜滤纸) GE代理(蛋白纯化) Corning康宁代理  Axygen代理 Falcon代理  NISSUI日水代理 Himedia代理 OXOID代理  BD培养基代理 Ludger代理(糖蛋白分析产品)  Eppendorf代理  Labnet代理  标准品代理 抗体代理 酶试剂代理  培养基代理 耗材代理 Elisa试剂盒代理 。

Hampton AlumaSeal™ II Sealing Film and Applicator

Hampton AlumaSeal™ II Sealing Film and Applicator

Applications
Sealing film used to reseal HT format screen kits in polypropylene blocks and plates
Features
Excellent seal
Film conforms to raised chimney wells
Easily pierceable with single or multichannel pipettors and robotic probes
Heat & cold resistant, recommended for temperatures from -80 °C to +120 °C
Certified DNase-, RNase-, and nucleic-acid-free
Less evaporation than clear films
Excellent barrier properties, virtually no reagent evaporation or drying
 Description
A 38 µm soft non-permeable aluminum foil sealing film with strong medical-grade adhesive, AlumaSeal II sealing films eliminate the need for heat-sealing devices or mats during the resealing of reagents in polypropylene deep well blocks. Each sealing film measures 82.6 x 142.9 mm and offers sufficient sealing area for 96 deep well blocks. Length between the perforations with end tabs removed is 125.4 mm. Compared to other aluminum foils, AlumaSeal II has less tendency to roll back on itself when removing the backing paper and it conforms well to the plate during application.AlumaSeal II is a soft, pierceable adhesive film designed for the convenient and rapid sealing of polypropylene deep well blocks. A multiple split backing with two end tabs allows for easy, accurate positioning and secure sealing. The use of an adhesive sealing film minimizes evaporation and helps to prevent well-to-well cross contamination in reagent blocks. AlumaSeal II films are easily pierced by pipettte tips or robotic probes or piercing tools for direct reagent recovery without significant gumming by adhesive.
AlumaSeal™ II Sealing Film and Applicator
AlumaSeal™ II Sealing Film and Applicator

CAT NO NAME DESCRIPTION
HR8-069 AlumaSeal II Sealing Film 100 pack
HR4-413 Film Sealing Paddle 5 pack

Hampton CrystalEX Second Generation (Corning)

Hampton CrystalEX Second Generation (Corning)
Crystal<i>EX</i> Second Generation (Corning)
CrystalEx Plates
Applications
   Sitting drop crystallization
Features

96 well sitting drop plate
Round and conical flat bottom drop well shapes
1, 2 or 4 microliter drop wells
1, 3 or 5 drop wells per reservoir
Hydrophilicity treated or untreated
PZero or COC plate material–UV imaging compatible

Description
The second generation of Corning® 96 Well, sitting drop format plates are built to SBS specifications, making them well suited for high throughput crystallization and are fully compatible with robotic equipment. The plates are available in several different configurations with varying drop well shapes, plate materials, and number of drop wells per reagent well. The basic plate design is one reagent well flanked by one or three drop wells, with SBS standard spacing between the centers of adjacent well clusters. One may choose a plate with small (1 µl), medium (2 µl), or large (4 µl) drop well volumes. The choice of round or conical flat well shapes are available. The PZero polymer provides for zero background polarization and is non-birefringent. PZero plates are not treated. The COC polymer offers high chemical resistance. Both types of plastic feature improved transparency. The reservoir numbers are embossed on each individual well for easy identification. Drop well locations conform to SBS standards for robotic handling. The low-volume reagent well saves on reagent costs. The plates can be sealed using Crystal Clear Sealing Film (HR3-609), 3 inch wide Crystal Clear Sealing Tape (HR4-506) or ClearSeal Film™ (HR4-521).
Corning has discontinued 3557 – special pricing and limited inventory available for this item only.

CAT NO NAME DESCRIPTION
HR8-135 Corning 3556 4µl round drop well, 1 drop well, COC, untreated – 10 plate case
HR8-134 Corning 3556 4 µl  round drop well, 1 drop well, COC, untreated – 40 plate case
HR8-137 Corning 3551 4 µl conical flat drop well, 1 drop well, COC, treated – 10 plate case
HR8-136 Corning 3551 4µl conical flat drop well, 1 drop well, COC, treated – 40 plate case
HR8-139 Corning 3552 2 µl round drop well, 3 drop well, COC, untreated – 10 plate case
HR8-138 Corning 3552 2µl  round drop well, 3 drop well, COC, untreated – 40 plate case
HR8-141 Corning 3553 2 µl conical flat drop well, 3 drop well, COC, untreated – 10 plate case
HR8-140 Corning 3553 2 µl conical flat drop well, 3 drop well, COC, untreated – 40 plate case
HR8-147 Corning 3550 1µll conical flat drop well, 3 drop well, COC, untreated – 10 plate case
HR8-146 Corning 3550 1µl conical flat drop well, 3 drop well, COC, untreated – 40 plate case
HR8-160 Corning 3557 1 µl conical flat drop well, 5 drop well, PZero – 10 plate case
HR8-158 Corning 3557 1 µl conical flat dro p well, 5 drop well, PZero – 40 plate case