- 转铁蛋白和apotranferrins
- Lab Reagents: Smart Buffers and Reagents
- 分子生物学用酶：分子生物学用酶
- 蛋白质纯化：阿波罗20毫升超滤
- 免疫球蛋白
- qPCR：基因分析和基因面板
- PCR : PCR Products
- 牛奶和血小板蛋白
- DNA & RNA Sequencing : Dye Terminator clean-up
- Aptamers: Catalogue Aptamers
- Peptide Synthesis : Amino Acids
- 运输和其他蛋白质
- DNA: Whole DNA
- STEM学习：STEM工具包
- 低内毒素水平蛋白质
- 提取和纯化-RNA：组织/培养
- 转染-EZ生物系统：细胞系
- 凝血因子
- 分析试剂盒
- 抗体
- Gel Electrophoresis: Gel Electrophoresis
STEM Learning: STEM Kits
A range of easy to use kits for PCR, gel electrophoresis and other molecular biology techniques especially designed for budding school students, in schools, 6th form colleges and other educational institutes.
miniPCR Genes in Space Food Safety Lab- Mars Colony at Risk
In this miniPCR Learning Lab™, you will help astronauts control an outbreak of pathogenic bacteria in space food bound for Mars! Learn how to use miniPCR™ (the PCR machine aboard the International Space Station), restriction analysis, and DNA gel electrophoresis to characterize bacterial strains and protect the health of astronauts.
MiniPCR - Amplyus
| Catalogue No. | Description | Pack Size | Price | Qty |
|
|---|---|---|---|---|---|
| MP-KT-1001-03 | miniPCR Genes in Space Food Safety Lab: Mars Colony at Risk | Kit | £70.00 | Quantity | Add to Order |
miniPCR Genes in Space Food Safety Lab- Mars Colony at Risk
In this miniPCR Learning Lab™, you will help astronauts control an outbreak of pathogenic bacteria in space food bound for Mars! Learn how to use miniPCR™ (the PCR machine aboard the International Space Station), restriction analysis, and DNA gel electrophoresis to characterize bacterial strains and protect the health of astronauts.
MiniPCR - Amplyus
miniPCR Genes in Space Food Safety Lab: Mars Colony at Risk
Description
In this 120-minute miniPCR Learning Lab™, you will help the International Space Agency control an outbreak of pathogenic bacteria in space food bound for Mars! Learn how to use miniPCR™ (the PCR machine aboard the International Space Station), restriction analysis, and DNA gel electrophoresis to characterize bacterial strains and protect the health of astronauts.
This applied biotechnology investigationaddressesa foodborne illness outbreak throughthe same real-world methodologiesthat public health and surveillance authorities use here on Earth. You’ll learnmolecular microbiology techniques relevant to the STEMjob market, and engage in a real-world problem with hugepublic health and economic impact.
To learn more about miniPCR aboard the International Space Station, watch this video or visit www.genesinspace.org.
This miniPCR Learning Lab™utilizes the following molecular techniques:
- Micropipetting
- PCR (polymerase chain reaction) amplification of bacterial genes
- Restriction digest, RFLP analysis
- DNA Gel electrophoresis, staining, and visualization
- Highlights real-world applications of molecular microbiology in public health.
The miniPCR Food Safety Lab kit contains reagents for 8 lab groups of 4 students:
- 2X EZ PCR Master Mix, Load-Ready™
- 3X Food Safety Lab Primer Mix
- 4 DNA samples to investigate, including controls
- Restriction enzyme XmnI
- 100 bp DNA ladder, Load-Ready™
Please note:
- These reagents require frozen storage.
- Microtubes,PCR tubes, and electrophoresis reagents sold separately.
- None of the materials provided in the Food Safety laboratory kit pose a health or food safety hazard. At no point are pathogenic bacteria used; references to “pathogenic” and “non-pathogenic” strains or DNA samples are used only to recreate a simulated Food Safety investigation scenario.
Free miniPCR Learning Lab™resources:
- Space Food Safety Lab Instructor’s Guide
- Space Food Safety Lab Student’s Guide
- Space Food Safety Lab Classroom Slides
- Genes in Space Food Safety Lab instructional videos
Optional: Lab Companion Kit
Add all the consumables you need for a class of 32 students: microtubes (50), PCR tubes (100), agarose (10 blueGel Tabs x 0.4 g ea.), 20X TBE electrophoresis buffer (30 ml), and GelGreen™ DNA stain, 10,000X (20 µl).
If you cannot find the answer to your problem below then please contact us or telephone 01954 210 200
