Interdisciplinary Studies on Applied Science

[ Volume-2(2025) & Issue-2 ]

Research Article

Influence of Submaximal Treadmill Training on Health-Related Physical Fitness Components Among Overweight Women

  • By S. Punitha, P.K. Senthilkumar - 28 Sep 2025
  • Interdisciplinary Studies on Applied Science, Volume : 2(2025), Issue: 2, Pages: 1 - 5
  • https://doi.org/10.58613/isas221
  • Received: 01.09.2025; Accepted: 21.09.2025; Published: 28.09.2025
Abstract:  

The aim of this study was to influence of submaximal treadmill Training on Health-Related Physical Fitness Componentsamong Overweight Women. To achieve the purpose of this study, thirty (N=30) sedentary overweight women from different walks of life were selected as subjects from Chennai Read more

Research Article

Redox-Coupled Kinetic Modeling of Dopamine Catabolism in Schizophrenia

  • By Muntadher A Al-Hilo - 25 Oct 2025
  • Interdisciplinary Studies on Applied Science, Volume : 2(2025), Issue: 2, Pages: 6 - 12
  • https://doi.org/10.58613/isas222
  • Received: 25.09.2025; Accepted: 17.10.2025; Published: 25.10.2025
Abstract:  

Dopamine (DA) catabolism generates the reactive aldehyde DOPAL and H2O2 , linking transmitter turnover to redox stress relevant to schizophrenia. Quantify the oxidative cost of DA signaling under variation in MAO/COMT activities and glutathione (GSH) reserves, and identify control points for Read more

Research Article

Electrodeposited CdS Nanoparticles as Photocatalysts for Methyl Orange Removal

  • By Hayder Khudhair Khattar - 25 Nov 2025
  • Interdisciplinary Studies on Applied Science, Volume : 2(2025), Issue: 2, Pages: 13 - 21
  • https://doi.org/10.58613/isas223
  • Received: 01.11.2025; Accepted: 20.11.2025; Published: 25.11.2025
Abstract:  

Cadmium sulphide CdS NPs thin films were synthesized by electrochemical deposition using a two electrode, aluminum as the cathode (working electrode/substrates) and the inert graphite as anode (counter electrode). The electrolyte contained Cd (NO3)2.4H2O (0.7 M), Thiourea (CH4N2S) (0.7 M), a Read more