Bacteriophage Antiqued Copper Enamel Pin, 2.35" sodium chloride magnetic models acetylcholine's role in muscle contraction

acetylcholine's role in muscle contraction

you’ll be able to differentiate use of the model by challenging your advanced students to discover how T4’s spindly-looking legs (long tail fibers) can be strong enough to support its oversized head and complex center tail mechanism

Your students can investigate the action potential of a neuron plus the interaction of neurotransmitters

Observe the Protospacer Adjacent Motif

Integrated blue and red ends on the Modeling Tie indicate directionality

Bacteriophage Antiqued Copper Enamel Pin, 2.35" sodium chloride magnetic models acetylcholine's role in muscle contractionDurable antique copper metal Augmented Reality Features via QR code Three Designs collect them all!