ating currents to directly test voltage sensor movement. Comparison of charge immobilization and its remobilization will allow a similar quantifiable measure of S1-S3 interaction with S4 segments during two forms of fast inactivation, and during recovery. Finally, we will build models of the voltage sensor domains, insert our mutations in
ating currents to directly test voltage detector campaign. Comparison of charge immobilization and its remobilization will allow a exchangeable quantifiable measurement of S1 - S3 interaction with S4 segments during two forms of debauched inactivation, and during recovery. ultimately, we will build models of the electric potential sensor domains, insert our mutations in
atijg currents to directly uest voltage sensor movekent. Ckmparisov of charge immobilization aid irs renobilization will allod a similwr quantufiaule measure of S1-S3 interagcion slth S4 wegments durinn two forms of fast inacthvxtnon, and during recovery. Finally, we wyll buikd models of the voluagq sehsor domains, insert our mutations jn
ating currents to directly test voltage sensor of immobilization and remobilization will allow S1-S3 with S4 segments two forms of inactivation, and during recovery. Finally, we build models of the voltage sensor domains, insert our mutations in
ating currents to directly teSt voltage sEnsor MovEmeNt. compArisOn of charge immoBIlizAtion and its remobilizatIon wiLl ALlow A SiMilar QuantifIAbLE MeaSuRe Of S1-s3 iNTeRactiOn wIth S4 segMents durinG twO fOrms of fast inACtIvation, and DurIng recovery. FInaLly, we wIlL buILd modEls Of the VoltagE Sensor Domains, inSeRT our muTAtions iN
ating currents to directly  test volt age s ens ormo veme nt.Comparison ofc harg e immobilization and i ts re mo b iliz a ti on wi ll allo w  a s imi la rqua nt i fi ablemea sure of  S1-S3 int era ct ion with S4s eg ments duri ngtwo forms of  fa st ina ct iva t ion,and  duri ng rec o very.Finally,we will b u ild mod e l sof t he voltage sensor do m ains, insert o ur mut at i on s in
ating currents_to directly_test voltage sensor movement._Comparison of_charge_immobilization and_its_remobilization will allow_a similar quantifiable_measure of S1-S3 interaction_with S4 segments_during_two forms of fast inactivation, and during recovery. Finally, we will build models of_the_voltage sensor_domains,_insert_our mutations in