95291 Results for: "Plant+and+Fungi+Genetics+Lab+Activities"

Supplier: Avantor

Useful for teaching AP Biology units on Molecular Genetics.

Supplier: Ward's Science

Show How Acid Rain Affects Plants.

Supplier: Ward's Science

Learn about the different pigments in plant material and how chromatography can help to separate molecules in a mixture.

Supplier: EDVOTEK

Investigate the genetic basis of beak size variation in Galapagos finches before and after a drought event using RFLP analysis.

Supplier: Avantor

This activity provides a safe method to introduce one of the most important examinations used in the hematology lab.

Supplier: GROWERS SUPPLY CO.

Great Size For Natural Light

Supplier: Avantor

Identify Parasites and Other Fauna

Supplier: Avantor

The Exploring Mechanical Weathering Lab Activity Shows the weathering of rocks on the Earth’s surface.

Supplier: Ward's Science

Learn about the genetics that determine blood type, the possible inheritance patterns, and how they express themselves.

Supplier: Ward's Science

Learn about two forms of passive transport: diffusion and osmosis.

Supplier: SCIENCE TAKE-OUT, LLC

Create A Baby Beebop!

Supplier: Lab-Aids

This lab is a great introduction to qualitative analysis.

Supplier: Avantor

Explore Genetics Using Hydroponics

Supplier: SEGREST FARMS

Grow your bioactive reptile, amphibian, or invertebrate jungle with ReptiFauna carnivorous plants.

Supplier: Avantor

Using Ward's safe and nontoxic simulated blood, students can simulate a blood-typing experiment and delve into the concepts of Rh typing.

Supplier: CHASE GREENHOUSES, INC.

Chlorophyllum comossum
Botanists often use this hardy, easily propagated monocot for plant physiology and cytology studies.

Supplier: Avantor

Students use several techniques to investigate the location, methods, and mechanisms of transpiration in plants. Students first determine the source of water loss and confirm their findings with a qualitative chemical test. Then they prepare microscope slides of xylem in stem tissue, and prepare a leaf imprint using an innovative method that vividly highlights stomate structures. Finally, using WARD’S specially-designed potometer and supplied materials, students subject bean seedlings to varying environmental conditions to determine how transpiration is affected. You’ll get enough materials for eight setups, a teacher’s guide, and student copymaster.

Supplier: Lab-Aids

Guided Inquiry Study of Soil

Supplier: Ward's Science

Learn the effects of nutrient deficiency in plants.

Supplier: Edvotek

The Hardy-Weinberg Law of genetic equilibrium demonstrates that events, such as mutation, genetic drift and natural selection have a dramatic effect on gene frequency in a population.

Supplier: Caron Products

The new gBrite™ LED-powered Plant Growth Chambers - now Nature has competition.

Supplier: Strem Chemicals Inc

CAS #: 7440-44-0. Size: 1000g.

Supplier: Boreal Laboratories

Use this comprehensive set to introduce your students to the seedless classes of plants.
Includes: one each lichen, liverwort (vegetative only), moss and fern.

Supplier: Diversified Biotech

A retractable Sharpie® pen with an extra fine tip.

Supplier: Thermo Scientific Chemicals

For hydrocarbon recovery

Supplier: Electron Microscopy Sciences

StatMark Pens are made of rigid nylon that allow for precise hand marking on glass slides as well as on most tissue embedding cassettes.

Supplier: Ward's Science

Yeast strains are ideal for genetic study because they are easy to grow and maintain, their life cycle is complete in approximately one week, and you can arrest different stages of the life cycle by growing it on different types of media.

Supplier: SCIENCE TAKE-OUT, LLC

Explore the genetics and molecular biology of sickle cell disease.

Supplier: Edvotek

Though a controversial area of biotechnology, genetic modification of plants is an increasingly popular scientific application. Introduce students to GMO experiments by establishing plant cells in culture.

Supplier: Avantor

Supplied as tube cultures. Comes with culture and handling instructions, as well as the manual Working with Fungi.

Eight strains: a1 (HAO), α1 (HBO), a2 (HAR), α2 (HBR), a3 (HAT), α3 (HBT), a4 (HART), α4 (HBRT).