Zymo Research는 1994년도에 설립된 미국 회사로 고품질 키트 제조회사 입니다.
각종 샘플(세포, 조직, 환경샘플 등)로부터 고품질
DNA나 RNA를 가장 쉽고 빠르게 뽑을 수 있습니다.
이 외에도, 각종 Epigenetics 관련 제품들
(DNA Methylation kit 등)과 Microbiomics
(샘플 채집부터 분석까지의 전 단계의 제품)
연관 제품들이 준비되어 있습니다.
Highlights
Efficient: Recovery of ss- or ds- RNA (and DNA) fragments (17-200 nt) from up to 20% (w/v) polyacrylamide gels.
Concentrated: Up to 10 µg sample in ≥ 6 µl elution.
Compatible with up to 25% (w/v) polyacrylamide.
서한형 대리
Zymo Research 제품 담당자
경신과학(주)
영업부
H.P) 010-8832-6303
HanHyung Seo
Zymo Research Brand Manager
Kyongshin scientific Co., Ltd.
Sales Department
H.P) 82)10-8832-6303
제품소개
Highlights
Efficient: Recovery of ss- or ds- RNA (and DNA) fragments (17-200 nt) from up to 20% (w/v) polyacrylamide gels.
Concentrated: Up to 10 µg sample in ≥ 6 µl elution.
Compatible with up to 25% (w/v) polyacrylamide.
Product Description
The ZR small-RNA PAGE Recovery Kit provides an easy and efficient method for the extraction of high quality small RNAs from polyacrylamide gels (native and/or denatured). The ZR small-RNA™ PAGE Recovery Kit is a refinement of the "crush and soak" method that incorporates a unique buffer system together with Zymo-Spin column technologies for improved recovery and added convenience. The recovered RNA can be concentrated into volumes as small as 6 µl, making it ideal for many downstream enzymatic reactions and manipulations.
Technical Specifications
Equipment
Microcentrifuge, 37°C-65°C heat source, dry ice or -80°C freezer
Purity
RNA is ready for all subsequent analysis and molecular manipulation
Sample Source
RNA or DNA fragments (17-200 nt) resolved in PAGE gels (up to 25%), also compatible with TBE-, denatured, urea PAGE gels. Compatible with ethidium bromide or ssRNA-specific dyes (e.g. GelStar).
Size Range
RNAs 17-200 nt (fragments 17-28 nt is ≥50 % recovery)
There is no designated upper limit, however it is always more optimal to start with keeping the amount of excised gel as low as possible prior to proceeding with the purification procedure, and scaling up when optimizing gel input amount.