Page 697 - e-Book
P. 697

Subramanian, S. (2020). Some Compounds from Neem leaves extract exhibit binding affinity

                     as  high  as‐14.3 kcal/mol  against  COVID‐19  Main  Protease  (Mpro):  A  Molecular
                     Docking Study .  Preprint. 10.21203/rs.3.rs-25649/v1.

               Chang,  J.  S., Wang,  K.  C., Yeh,  C.  F., Shieh,  D.  E.,  & Chiang,  L.  C. (2013). Fresh  ginger
                     (Zingiber officinale) has anti‐viral activity against human respiratory syncytial virus in

                     human respiratory tract cell lines. Journal of Ethnopharmacology, 145(1), 146– 151.
               Mao,     Q.Q., Xu,    X.‐Y., Cao,   S.‐Y., Gan,    R.‐Y., Corke,   H., Beta,   T.,   & Li,

                     H.‐B. (2019). Bioactive   compounds     and    bioactivities   of   ginger   (Zingiber

                     officinale roscoe). Food, 8(6), Article 185, 1–21.
               Rahmani,  A.  H., Shabrmi,  F.  M.  A.  & Aly,  S.  M. (2014). Active  ingredients  of  ginger  as

                     potential  candidates  in  the  prevention  and  treatment  of  diseases  via  modulation  of

                     biological  activities. International  Journal  of  Physiology,  Pathophysiology  and
                     Pharmacology, 6(2), 125-136.

               Mansouri,  M.  T., Rajabi  Vardanjani,  H., Hemmati,  A.  A., Reza  Tabandeh,  M., Rezaie,
                     A., Pashmforosh,    M.,    & Ahmadi      Angali,   K. (2019). Zingerone    attenuates

                     Bleomycin‐induced  pulmonary  fibrosis  in  rats. Jundishapur  Journal  of  Natural
                     Pharmaceutical Products; Kowsar., 14(1), e80098.

               Shirpoor, A., Gharalari, F. H., Rasmi, Y., & Heshmati,  E. (2017). Ginger extract  attenuates

                     ethanol‐induced pulmonary histological changes and oxidative stress in rats. Journal of
                     Biomedical Research, 31(6), 521– 527.

               Shariatpanahi  Z.  V., Taleban  F.  A., Mokhtari,  M.,  & Shahbazi,  S. (2010). Ginger  extract
                     reduces  delayed  gastric  emptying  and  nosocomial  pneumonia  in  adult  respiratory

                     distress  syndrome  patients  hospitalized  in  an  intensive  care  unit. Journal  of  Critical
                     Care, 25(4), 647– 650.

               Rodrigues  da  Silva, Schapochnik  M.,  A., Peres  Leal,  M., Esteves,  J., Bichels  Hebeda,

                     C., Sandri, S., Lino‐dos‐Santos‐Franco, A. (2018). Beneficial effects of ascorbic acid to
                     treat lung fibrosis induced by paraquat. PLoS One, 13(11), e0205535.

               Rodrigues,  F.  A.  d.  P., Santos,  A.  D.  d.  C., de  Medeiros,  P.  H.  Q.  S., Prata,  M.  d.  M.

                     G., Santos,  T.  C.  d.  S., da  Silva,  J.  A.,   Havt,  A. (2018). Gingerol  suppresses
                     sepsis‐induced  acute  kidney  injury  by  modulating  methylsulfonylmethane  and

                     dimethylamine production. Scientific Reports, 8(1)1-10.
               Ravimohan, S., Kornfeld, H., Weissman, D.  &  Bisson, G. P.  (2018). Tuberculosis and lung

                     damage:  From  epidemiology  to  pathophysiology. European  Respiratory  Review:  An
                     Official Journal of the European Respiratory Society, 27(147), 27.




                                                           687
   692   693   694   695   696   697   698   699   700   701   702