@Biomch_LBanks Thanks Caitlin!

@DL_Gregory23 @ASB2020_ATL thanks for the shout-out @DL_Gregory23! See you there!

@TomBuurke @JPhysiol @DynamicWalking Overall I think that the implication here is that the adaptation process of step time asymmetry may be different to the longer time-course of adaptation in step length asymmetry.

@TomBuurke @JPhysiol @DynamicWalking other work suggest a time-course of step time asymmetry much quicker than step length asymmetry where much of the change is achieved after ~100 strides: and

@JonazMoreno @DynamicWalking thanks @JonazMoreno!

@DL_Gregory23 @ScottDucharme @jrcrenshaw @jamesmfinley @AvelinoAmado @chrismccrum @sjoerdmb @Raffegeau @sumisato_ @SangsooPark8 hey @ScottDucharme would be happy to go over the metaneuron lab if you're interested in using the software!

@DL_Gregory23 @andria_farrens @HuRoLab @fasergi cool, thanks Dan!

@RyanRoemmich @KristanLeech @MeretBr @amandastherrien @AmyJBastian @KMCherryAllen @mgbrowne9 @cristina__rossi @Taro_shin_kyoto @FirasMawase 1. drill sergeant in Danish Army 2. mailman 3. bike taxi driver 4. high school gym teacher 5. receptionist @DL_Gregory23 @ru_t_johnson @JonazMoreno

@sumisato_ Congrats Sumi!!

@DrKatiePotter Congrats Katie!

@RyanRoemmich @KennedyKrieger @RehabHopkins @UmassKin Thanks Ryan! Excited to get started :-)

@FinleyLabUSC @JPhysiol Great paper and an exciting topic - I was happy to do the write-up!

@ru_t_johnson Thanks Russell!

@sumisato_ @ISB_ASB2019 @RehabHopkins @DL_Gregory23 Thanks @sumisato_ !

@DL_Gregory23 Awesome Dan - congrats!

@woutersinas Thanks Wouter! I had hoped that you would've made it - see you at @ISB_ASB2019 instead?

@bueschges_lab happy to do the write-up, I hope I did the work justice :-)

@DL_Gregory23 thanks for the link - this just made the top spot of my Christmas travelling must-reads!