Cell Culture Plate 12 Wells

Cell Culture Plate provide excellent smoothness and uniformity based on accurate molding technology. By such property, clear view can be available when examine with a microscope.

Specifications: 6wells,

12wells, 24wells., 48wells, 96wells

PRODUCT FEATURES

• The product is made of medical grade USP CLASS VI polymer polystyrene
• The product is made under a 100,00- class dust-free manufacturing site
• Two kinds of product line up are providing.

For adherent cell culture: Initial adherence and proliferative property of cells via hydrophilic surface treatment.

For suspension cell culture: The surface is resistant to cell adherence, which minimizes damage or loss of cell.

• Gamma radiation sterilization
• Non-Pyrogenic, DNase/Rnase free.

Cell Culture Plate provide excellent smoothness and uniformity based on accurate molding technology. By such property, clear view can be available when examine with a microscope.

Specifications: 6wells,

12wells, 24wells., 48wells, 96wells

The kit is developed for RNA quantification. The RNA Quantification HS kit includes HS Dye, HS Dilution Buffer, and two RNA Standards. Simply dilute the HS Dye with the HS Dilution Buffer, add RNA sample, then read the concentration using the Qubit Fluorometer. The assay is accurate for RNA concentrations from 250 pg/µL to 100 ng/µL (Figure 1). The RNA Quantification High Sensitivity Kit has several advantages over traditional RNA quantitation such as stability, sensitivity, and contaminant tolerance.

Features

• • • Optimized condition for using with the Qubit Fluorometer
    • Uses the Qubit RNA High Sensitivity assay setting
    • Cuts costs by 60%

The performance of the BioDynami RNA Quantification HS kit is nearly identical to that of Thermo Fisher’s Qubit RNA HS kit (figure below).

Common contaminants such as detergents, solvents, salts, free nucleotides, or protein are well tolerated in the assay (Table 1).

Qubit is a registered trademark of Thermo Fisher Scientific.

The kit is developed for RNA quantification. The RNA Quantification HS kit includes HS Dye, HS Dilution Buffer, and two RNA Standards. Simply dilute the HS Dye with the HS Dilution Buffer, add RNA sample, then read the concentration using the Qubit Fluorometer. The assay is accurate for RNA concentrations from 250 pg/µL to 100 ng/µL (Figure 1). The RNA Quantification High Sensitivity Kit has several advantages over traditional RNA quantitation such as stability, sensitivity, and contaminant tolerance.

Description

Attogene’s Mercury Lateral Flow Kit can be used for the screening of Mercury in water and food (fish) samples at 10 ppb in a laboratory setting.  Unlike the field-based kit, the lab kit is intended for a more technical end user who will be evaluating samples in a laboratory setting.  The instructions include method for extraction from food samples.

Mercury contamination is a serious worldwide environmental problem. As it is difficult to detoxify by chemical or biological methods, gradual Mercury ion accumulation in the nervous and cardiovascular systems of the human body can subsequently cause serious diseases.   Long-term health consequences of drinking Mercury-contaminated food and water include brain, heart, kidney, lungs  and immune system problems for adults, and the physical and mental development delays in infants and children.  Attogene’s Mercury Lateral Flow test gives results conforming of 10ppb or greater.  Using the supplied pipette, simply fill the vial with your water sample, place the water into the sample port and wait 5 minutes.

Applications for Fish and Shellfish possible:

Mercury Levels in Commercial Fish and Shellfish (1990-2012)

Fish with recognized high concentrations of Mercury:

• Tuna, Grouper, Mackerel, Weakfish, Bluefish, Sablefish, Halibut, Bass Chilean, Shark, Marlin, Tilefish,

Screening of Mercury in water samples at 10 ppb
Format: 10 tests (5 tests/5 controls)
Run Time: 5 Minutes

K-ARGA

SKU: 700004264

115 assays (manual) / 1150 assays (microplate) / 1150 assays (auto-analyser)

The L-Arabinose/D-Galactose test kit is a simple, reliable and accurate UV method for the measurement and analysis of L-arabinose and/or D-galactose in various materials including foods, feeds, beverages and plant products.

Note for Content: The number of manual tests per kit can be doubled if all volumes are halved.  This can be readily accommodated using the MegaQuant^TM  Wave Spectrophotometer (D-MQWAVE).

See more of our monosaccharide assay kits.

Advantages

• Extended cofactors stability. Dissolved cofactors stable for > 1 year at 4^oC.
• Very rapid reaction due to inclusion of galactose mutarotase (patented technology) 
• Very cost effective 
• All reagents stable for > 2 years after preparation 
• Only enzymatic kit available 
• Mega-Calc™ software tool is available from our website for hassle-free raw data processing 
• Standard included 
• Suitable for manual, microplate and auto-analyser formats

The L-Arabinose/D-Galactose test kit is a simple, reliable and accurate UV method for the measurement and analysis of L-arabinose and/or D-galactose in various materials including foods, feeds, beverages and plant products.

LyoCakes are ready-to-use, freeze-dried master mixes pre-aliquoted PCR-strips or reaction-tubes.

LyoCakes contain: DNA polymerase(s), reaction buffer, dNTPs and primers and probes. They are rehydrated within seconds in any aqueous solutions, which  makes reaction setup very easy. Simply add a biological sample and place the tube in a PCR cycler. 

Storage: LyoCakes are shipped and stored simply at room-temperature. This provides a more cost efficient and ecological distribution compared to other master mixes.

As this is a customized product, we take your requirements very serious. You would like to know more? Please get in touch! 

LyoCakes are ready-to-use, freeze-dried master mixes pre-aliquoted PCR-strips or reaction-tubes.

LyoCakes contain: DNA polymerase(s), reaction buffer, dNTPs and primers and probes. They are rehydrated within seconds in any aqueous solutions, which makes reaction setup very easy. Simply add a biological sample and place the tube in a PCR cycler.