New research reports the stability over time of IGF-1 levels in capillary blood, supporting the utility of longitudinal monitoring of capillary blood as a complementary matrix for detecting #doping.
https://t.co/s2FR2xED6b
#antidoping#science#cleansport
Correction of the urinary testosterone to epitestosterone ratio measurement in antidoping analyses by chromatographic and mass spectrometric techniques. #DTA https://t.co/X81NsRfsxl
ACCEPTED @IJSPPjournal 🚴♀️
This brief report, through an extraordinary number of samples collected from different sports disciplines (60802), evidenced a clear decreasing use of tramadol in cycling along last decade (2012-2020). Thank you to @Botrek@ampeiro@xavier1623 Covelli
Are you attending the #IMSC2022 and are you interested in the analysis of endogenous compounds in biofluids and cells? Please come visit my two posters (IM-PB-067 and LS-PB-111) today and tomorrow!
#polyamines#lipids
Dr. Botrè and colleagues at the FMSI WADA-accredited lab published a new study validating application of a Bayesian statistical approach for longitudinal evaluation of the endogenous #steroid profile in urine samples to detect #doping.
https://t.co/O66rdoH3pQ @Botrek@wada_ama
Optimization of a method to detect levothyroxine and related compounds in serum and urine by liquid chromatography coupled to triple quadrupole mass spectrometry #JPTM#MassSpec https://t.co/JyDY0OlYV4
An antibody-free, ultrafiltration-based assay for the detection of growth hormone-releasing hormones in urine at low pg/mL concentrations using nanoLC-HRMS/MS #JPBA https://t.co/WpGlZxIqEq