Product Details
Stand for DNA-model, large FR-527600
$0.00
Only fits FR-527600 DNA model, large. The model can be mounted on the stand so that it can stand freely.
Email: contact@ciderhouse.com.au
Related Products
Diffusion/Osmosis Apparatus
Diffusion/Osmosis ApparatusAllows students to explore the rate of water movement and quantify pressure changes occurring in the system.
Biology, Chemistry, Earth Science, Engineering, Environmental, Forensics, Physical Science, Physics, STEM
SPARK LXi2 Datalogger
SPARK LXi2 DataloggerThis is a Bluetooth, handheld science datalogger that lets students connect multiple wired and wireless sensors, collect data, generate live graphs, and perform data analysis.
ezSample Snap Vial – Chlorine
ezSample Snap Vial – ChlorineVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Chlorine test vials.
EcoChamber
EcoChamberA single polycarbonate chamber designed to integrate sensors for controlled-environment experiments such as fermentation and plant / cricket respiration.
PASPORT Salinity Sensor
PASPORT Salinity SensorThe PASPORT Salinity Sensor works with the included Salinity Sensor Probe to measure salinity, conductivity and temperature.
ezSample Snap Vial – Nitrate
ezSample Snap Vial – NitrateVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Nitrate test vials.
EcoZone System
EcoZone System3 interconnectable polycarbonate chambers for building your own ecosystems. Designed to easily integrate sensors for quantitative environmental measurements.
ezSample Field Titrator – Alkalinity
ezSample Field Titrator – AlkalinityVials contain a vacuum sealed color forming reagent to test a variety of water quality parameters. 30 individual Alkalinity test vials.
Aquatic Productivity Bottles
Aquatic Productivity BottlesThis rack filters 0%, 25%, 50%, 75% and 100% of incident light to simplify the study of primary productivity.
Diffusion/Osmosis Kit
Diffusion/Osmosis KitAllows students to explore the rate of water movement and quantify pressure changes occurring in the system.
