• DNAdots: Simple Explanations of Modern Genetic Technologies

• miniPCR partners to create Genes in Space STEM competition
• Visit Genes in Space student competition website
• Read blog articles on Genes in Space

Crime Lab – Missy Baker Missing

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

Genes in Space Food Safety Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation
• Instructional video

PTC Taster Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation
• Study Guide Answers Key
• miniPCR Hardy-Weinberg Calculator

miniPCR Sleep Lab

• Instructor’s Guide
• Student’s Guide
• Data Analysis Table
• Classroom Presentation

GMO Detection Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

miniPCR Forensics Lab: D1S80 VNTR

• miniPCR Forensics Lab Instructor’s Guide
• miniPCR Forensics Student’s Guide
• miniPCR Forensics Lab Classroom Slides
• D1S80 Data Spreadsheet

Shark Attack Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

blueGel™ Rainbow Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

Sickle Cell Genetics Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

DNA Glow Lab

• Instructor’s Guide
• Student’s Guide
• Classroom Presentation

• STEM Education: Transforming biotech education in the classroom
• Animal health: PCR on the farm: Raising healthy animals
• Agriculture: Using genetics to grow better truffles (TED version here)
• Forensics: Bringing DNA analysis closer to the evidence
• Human health: Combating Ebola in Sierra Leone
• Human health: PCR diagnostics for mosquito-borne infections
• Biodiversity: From snakes to DNA sequences in 24 hours
• Biodiversity: Studying lemur genomes in the Madagascar forest (Case study. Publication.)
• Biodiversity: Real-time DNA barcoding in a remote rainforest using nanopore sequencing (Full-text PDF. Video.)
• Molecular Ecology in the Austrian Alps (student-led Wolbachia research)
• Microbiology: Sequencing microbes on the ocean floor (NASA collaboration)
• Space Biology: Announcing results of first PCR in microgravity
• Space biology: Enabling DNA sequencing in space (NASA collaboration)
• Space biology: First DNA amplification aboard International Space Station (watch video)
• Synthetic biology: Bioengineering on a simulated mission to Mars 
• DIY Bio: Engaging with molecular biology at home
• Research: miniPCR™ in academic research labs

• Visit Genes in Space website to apply for a free Lab in a Box

• Strawberry DNA Extraction Lab (using household materials)
• blueGel Electrophoresis Rainbow Lab (using food coloring)

• Stability of PCR product at room temperature
• Fast PCR in 24 minutes with miniPCR
• PCR: Thirty-five years and counting. (Science Magazine Technology Feature mentioning miniPCR.)
• Successful Amplification of DNA aboard the International Space Station (Boguraev et al., NPJ Microgravity, 2017).
• Real-time DNA barcoding in a rainforest using nanopore sequencing: opportunities for rapid biodiversity assessments and local capacity building. (Pomerantz et al., GigaScience, giy033, 2018. PDF.)
• PCR Heads into the field. Technology feature, Nature Methods 2015, Vol. 12 No. 5
• Rapid identification of infections (Park et al., Science Advances 2016, Vol.2 No.5)
• A simple, economical protocol for DNA extraction and amplification where there is no lab (Guevara et al., 2017) PDF
• Performance of miniPCR^TM mini8, a portable thermal cycler (Kwon et al., 2016)
• PCR Detection threshold sensitivity: miniPCR vs. Biorad S1000
• miniPCR vs. Biorad iCycler

• miniPCR videos