فن حدیث میں مولانا عبد الرحمن مبارک پوری کی خدمات کا جائزہ

Sūnan-ul-Tirmizi is an encyclopedia of Ahādith-ul-Ahkām. Imam Tirmizi is the Mohadith who divided hadiths into Sahih and Zaeef for the first time. He accepts or rejects a hadith on the base of Taāmul-e-Ummah. He is only the Mohadith who established the terminology of “Filbāb” in which he gives the words of hadith from a Sahabi and mentions the names of all other sahabies who are rawi of the same hadith. There are many sharh of Tirmizi written by Muhadiseen. Among them Tuhfat ul Ahwazi is famously written by Molana Abdul Rahman Mubarakpuri. He explores the terminologies of Sonan-e-Tirmizi. He discussed uloom ul hadith, books of hadith, Shoroh-ul-hadith, Asma-ul-rejal and ilm ul ansab etc. He mentions tafsiri aqwal, fiqhi problems and usool-e-hadith. He also solved the Tasaholat-e-Tirmizi in validity (sihat) and unvalidity (zouf). He is the first mohadith who tried to find the words of hadith from other sahabies whose names are given in “Filbab”. He did it but could not find the words of 87 ahadith for which he used the term “Lam aqif alaih” and 417 ahadith for which he used the term “Le Yonzar man akhraja haza ul hadith”. This thing makes it distinct from other shoroh of Sūnan-e-Tirmizi. He depends on the usool-e-hadith of forefather Muhadiseen and he did not establish his own usool hadith.

Screening of Selected Plants for Antidiabetic Potential

In the present study, traditionally used antidiabetic plants (Cassia absus, Moringa oleifera, Dalbergia sissoo, Mangifera indica, Azadirachta indica, Syzygium cumini, Heliotropium strigosum, Momordica charantia and Fagonia indica) were collected from different areas of Punjab, Pakistan. Ethanolic and aqueous extracts of plants obtained through stirring (extraction technique) were evaluated for antioxidant activity (2, 2- diphenylpicrylhydrazyl), antidiabetic activities (in vitro alpha amylase inhibition assay) and phytochemical studies (total phenolic and flavonoid contents). Further, antidiabetic activities (antihyperglycemic & antihyperlipidemic) of three plants (Moringa oleifera, Fagonia indica and Heliotropium strigosum) were also evaluated through in vivo experiments. Although all plant extracts exhibited good antioxidant and antidiabetic (alpha amylase inhibition) activities. However, aqueous extracts were found to have better alpha amylase inhibition activities and higher phenolic acids than ethanolic extracts. Aqueous extract of Heliotropium strigosum exhibited maximum inhibition (58.6±0.03%) at 1ppm. Overall, both aqueous and ethanolic extracts of selected plants showed good antihyperglycemic and antihyperlipidemic activities in alloxan induced diabetic rabbits but Fagonia indica aqueous extract caused maximum reduction (75.36%) in blood glucose level of alloxan induced diabetic rabbits after 21 days of treatment. High performance liquid chromatography analysis evidenced the presence of phenolic acids in all plants extracts. The variation in yield, phytochemicals constituents and biological activities of most of the plant extracts, with respect to solvent and plant species were statistically significant.