Objective iof ithe ipresent iwork iis ito idevelop iorodispersible itablets iof iSalbutamol i ito iimprove ibioavailability, idisintegration itime, idissolution iefficacy iand ipatient icompliance. iOrodispersible itablets iare ithe ifast igrowing iand ihighly iaccepted idrug idelivery isystem iin inow idays imainly ito iimprove ipatient icompliance. iOrodispersible itablets ihave inumber iof iadvantages iover iconventional idosage iforms, ibecause iof ithat iOrodispersible itablets ihave iemerged ias ian ialternative ito iconventional idosage iforms. Orodispersible itablets idissolve ior idisintegrates iinstantly ion ithe ipatient itongue ior ibuccal imucosa. iOrodispersible itablets iof isolbutamol i iwere iprepared iusing isuperdisintegrants, iCrospovidone,Mannitol (Pearlitol iSD-200), ias idiluents iby idirect icompression imethod. iNine iformulations iwere iprepared iusing ithe isuperdisintegrants iat ilower, iintermediate i& ihigher iconcentration. iMannitol iis iused ito ienhance ithe iorganoleptic iproperties iof itablets. iTablets iwere ievaluated ifor iuniformity iof iweight, ihardness, ifriability, iwater iabsorption iratio, idispersion itime, idisintegration itime iand iin ivitro idrug irelease. iAll ithe iformulations ishowed idisintegration itime iless ithan i33 mins iand idrug irelease iby idissolution i(100% iat ithe iend iof i10 imins).

Euphorbia hirta Linn, a representative of the Euphorbiaceae family, is a widespread annual herb found in wastelands in humid conditions. The plant is high in phytochemicals such as tannin, quercetin, and phytosterol, however there are few phytopharmacological investigations on it. Plant components are normally employed in traditional medicine to treat respiratory problems, gastrointestinal issues, wound healing, and other ailments. The steroid of E. hirta was found to have CNS depressive and muscle relaxant effects, as well as a sub-maximal anti-stress and anxiolytic impact.

Aims: The original phytochemical, UV-Visible, and FTIR Spectral estimation of Tephrosia purpuria root was the subject of this study. Natural phytoconstituents were all found in methanolic extracts from the root of Tephrosia purpuria. Study Design:  Experimental research work. Methodology: Furthermore, using UV Visible spectrophotometer equipment, the extract was scanned in the range of 380 to 900 nm, and the characteristic peaks were identified. Results: The UV-VIS data indicated peaks at 382.70, 413.68, 536.18, 610.37, and 664.61 nm, with absorption values of 2.7930, 2.5932, 0.3114, 0.4185, and 1.5966 respectively. The presence of Natural phytoconstituents is confirmed by FTIR spectra. The findings confirm that this plant has key bioactive elements that are beneficial to our health, indicating that more research is needed. Conclusion: Natural phytoconstituents were all found in methanolic extracts from the root of Tephrosia purpuria.