RT @SportsMedicineJ: Low-dose nicotine gum increases leg extensor torque vs placebo; no effect on CMJ or anaerobic capacity https://t.co/9U…
RT @SportsMedicineJ: Low-dose nicotine gum increases leg extensor torque vs placebo; no effect on CMJ or anaerobic capacity https://t.co/9U…
RT @SportsMedicineJ: Low-dose nicotine gum increases leg extensor torque vs placebo; no effect on CMJ or anaerobic capacity https://t.co/9U…
Low-dose nicotine gum increases leg extensor torque vs placebo; no effect on CMJ or anaerobic capacity https://t.co/9UkVJnRrz3 #openaccess
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
RT @SportsMedicineJ: Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #ope…
Chewing low-dose nicotine gum ups leg extensor torque but not CMJ or Wingate performance. https://t.co/9UkVJnRrz3 #openaccess