Verifying Toque F9 Monokaryons And Workflow For Breeding Experiments. 'Grab And Drag' Is Efficiency!

Verifying Toque F9 monokaryons and workflow for breeding experiments. 'Grab and Drag' is efficiency!

'Grab and Drag' Tek for isolating monokaryons and making T0 Multi-Spore (MS) spawn for phenohunting.

Pulling/Isolating Toque monokaryons from a 'grab and drag' plate. Note: use dark-colored plates ;)

Continuous Noninvasive Measuring Of Crayfish Cardiac & Behavioral Activities l Protocol Preview

JoVE (Journal of Visualized Experiments)

🔥 Fire safety Ed. How to use a multispore 'Grand grab and drag' plate for monokaryons and dikaryons.

Squash mount how-to for finding clamps (or lack of for monokaryons).

Cytogenetic Technique to Determine Egg Fertilization Rate | Protocol Preview

JoVE (Journal of Visualized Experiments)

Daniel Gygax: Biodiversity monitoring using portable sequencing

Oxford Nanopore Technologies

Protocol | MAGicBead cfDNA Isolation Kit | Zymo Research

How to Set Up an Experiment with cnvrg

Do genetics change from flush to flush? Artificial selection and breeding. Gill attachment comments.

Mycelium microalgae symbiotic floating power generation device

Nucleofection & In Vivo Propagation Of Chicken Eimeria Parasites l Protocol Preview

JoVE (Journal of Visualized Experiments)

Methodologies for improving the efficiency of genomic selection at CIMMTY maize breeding program

SCA Tutorial - Calibrate the motorized stage

NICARA for automated morphometry and connectomic analysis

Next-Generation Phenotyping for Breeding and Research Applications

Automated, Large-Volume Solutions for Biobanking Workflows

Promega Corporation