NE 102 (NE102)

Boston University

Here are the best resources to pass NE 102 (NE102). Find NE 102 (NE102) study guides, notes, assignments, and much more.

13 results

Notes on voltage gated ion channels, and voltage gated ion channels during action potential, electrical signal becoming chemical, and myelin
  • Class notes

    Notes on voltage gated ion channels, and voltage gated ion channels during action potential, electrical signal becoming chemical, and myelin

  • Notes on voltage gated ion channels, and voltage gated ion channels during action potential, electrical signal becoming chemical, and myelin and the process of each with diagrams, pictures, and explanations
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Notes on potassium leak channels, channel selectivity and gating, gated ion channel types, resting potential, action potential, how signal moves through neuron
  • Class notes

    Notes on potassium leak channels, channel selectivity and gating, gated ion channel types, resting potential, action potential, how signal moves through neuron

  • Notes on potassium leak channels, channel selectivity and gating, gated ion channel types, resting potential, action potential, how signal moves through neuron with diagrams and pictures and explanations
  • marianasinisterra
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Notes on transport across membranes, integral membrane proteins, active and passive transport, electrochemical gradient, ATPase pump
  • Class notes

    Notes on transport across membranes, integral membrane proteins, active and passive transport, electrochemical gradient, ATPase pump

  • Notes on transport across membranes, integral membrane proteins, active and passive transport, electrochemical gradient, ATPase pump with explanations, drawings, and diagrams from class
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Notes on proteins made in the ER, SRP, ER signal sequence, transmembrane proteins
  • Class notes

    Notes on proteins made in the ER, SRP, ER signal sequence, transmembrane proteins

  • Notes on proteins made in the ER, SRP, ER signal sequence, transmembrane proteins with diagrams and explanations
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Notes on transport through nuclear pores, outer nuclear membrane, nuclear pore complex, mitochondrial transporters, vesicle transporters
  • Class notes

    Notes on transport through nuclear pores, outer nuclear membrane, nuclear pore complex, mitochondrial transporters, vesicle transporters

  • Notes on transport through nuclear pores, outer nuclear membrane, nuclear pore complex, mitochondrial transporters, vesicle transporters with explanations and diagrams.
  • marianasinisterra
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Notes on the protein notch, notch mechanism, protein transport, and mode of it
  • Class notes

    Notes on the protein notch, notch mechanism, protein transport, and mode of it

  • Notes on the protein notch, notch mechanism, protein transport, and mode of it with explanations and diagrams
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Notes on RAS protein, map kinase pathway, BDNF
  • Class notes

    Notes on RAS protein, map kinase pathway, BDNF

  • Notes on RAS protein, map kinase pathway, BDNF
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Notes on direct and indirect effects of g-protein, g protein activation pathways (fast signal), RTK, phosphorylation, small gproteins
  • Class notes

    Notes on direct and indirect effects of g-protein, g protein activation pathways (fast signal), RTK, phosphorylation, small gproteins

  • Notes on direct and indirect effects of g-protein, g protein activation pathways (fast signal), RTK, phosphorylation, small gproteins with explanatinos and diagrams
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Notes on activation sequences, inactive state, g-protein activity duration, and cholera toxin
  • Class notes

    Notes on activation sequences, inactive state, g-protein activity duration, and cholera toxin

  • Notes on activation sequences, inactive state, g-protein activity duration, and cholera toxin with explanation and diagrams.
  • marianasinisterra
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Notes on intracellular cascades, proteins ON and OFF mechanism, membrane receptors, enzyme coupled receptors, signal transduction
  • Class notes

    Notes on intracellular cascades, proteins ON and OFF mechanism, membrane receptors, enzyme coupled receptors, signal transduction

  • Notes on intracellular cascades, proteins ON and OFF mechanism, membrane receptors, enzyme coupled receptors, signal transduction with diagrams and explanations.
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Notes on signal transduction, signalling types, receptor types
  • Class notes

    Notes on signal transduction, signalling types, receptor types

  • Notes on signal transduction, signalling types, receptor types with explanations and diagrams and drawings.
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Notes on microtubules, centromes, dynamic instability, kinesins, dyeins
  • Class notes

    Notes on microtubules, centromes, dynamic instability, kinesins, dyeins

  • Notes on microtubules, centromes, dynamic instability, kinesins, dyeins with explanations and pictures
  • marianasinisterra
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