مولوی مظہرالحق صاحب پٹنہ
جس طرح ہمارا پرانا سال ایک بڑے قومی حادثہ یعنی پرانی تعلیم کے ایک بہترین نمونہ (مولانا حبیب الرحمان عثمانی دیوبندی) کے دائمی فقدان پر ختم ہوا، اسی طرح ہمارے نئے سال کا آغاز بھی ایک بڑے قومی حادثہ یعنی نئی تعلیم کے ایک بہترین نمونہ (مولوی مظہرالحق صاحب بیرسٹر پٹنہ) کی دائمی جدائی سے ہوا، مولوی مظہرالحق صاحب مرحوم کی قومی و سیاسی حیثیت تو الگ ہے، ان کی اخلاقی اور علمی حیثیت بھی کچھ کم قابل ذکر نہیں ہے، وہ فارسی سے واقف، عربی سے آشنا، انگریزی کے ادیب و خطیب اور فلسفہ کے نہایت دقیقہ رس طالبعلم تھے، ان کے علمی کارناموں کا آغاز طوفان نوح کی بحث سے ہوا، الپنچ پٹنہ اور وقت گورکھپور ان کے ابتدائی علمی مباحث کے جولان گاہ تھے، ان کی سب سے آخری علمی تحریر غالباً وہ ہے جو ابھی ابھی پونہ سے شائع ہونے والی انگریزی کی کتاب تصوف و روحانیت پر مقدمہ ہے، وہ نسباً فاروقی تھے، اس لئے ان کی اخلاقی قوت و جرأت کیا سلطنت اور کیا قوم دونوں کے مقابلہ میں برابر تھی، وہ جس کو حق سمجھتے تھے اس کے اظہار میں نہ ان کو سلطنت کی پروا ہوتی تھی اور نہ قوم کی، ان کا یوروپین طرز معاشرت کو الوداع کہہ کر وفعتہ مشرقی اور غالی مشرقی بن جانا ان کی بے مثال اخلاقی جرأت کا نمونہ ہے، مرحوم کی آخری عمر روح و روحانیت کی تحقیق میں صرف ہوئی، خدا ان کی روح کو اپنی مغفرت کی لازوال دولت سے مالا مال کرے، اب وہ وہاں پہنچ چکی ہے، جہاں کے کشف زار کے لئے وہ بے قرار تھی۔ (سید سلیمان ندوی، جنوری ۱۹۳۰ء)
Allah Almighty has created everything in pairs. It is a scientific fact that these pairs exist in all things, in vegetable kingdom, even in inorganic matters. There is no doubt that these elements do not exist by themselves. The Holy Quran has mentioned repeatedly this fact in different verses. Marriage in Islam is a divine bond between husband and wife to enjoy the social relationship with each other and is a basic unit of Islamic family system. This article presents the structure of a Muslim Family in the light Islamic teachings.
Six series of N-vinyl pyrrolidone based copolymers were synthesized by free radical solution polymerization of N-vinyl pyrrolidone and n-alkyl methacrylate monomers. The n-butyl methacrylate and n-hexyl methacrylate were selected as the hydrophobic counterpart. In the first part of the study properties of uncrosslinked poly(N-vinyl pyrrolidone-co-n-alkyl methacrylate) copolymers were modified by varying the weight % ratio of the two monomers. Elemental analyses, FTIR, 1H and 13C NMR spectroscopic analyses techniques were used for structure elucidation of the copolymers. Thermal stabilities and glass transition temperatures of the copolymers were directly related to the amount of n-alkyl methacrylate as well as the alkyl chain length of methacrylate comonomer. The water uptake characteristics of the copolymers were related to the amount of hydrophilic NVP incorporated into these copolymers. The hydrophobic drug dexamethasone was loaded into the copolymers with optimum water uptake and prolonged aqueous stability. The drug release studies were carried out at physiological temperature 37 °C and pH 7.4 for 35 days. Controlled drug release was observed from the selected copolymer films during the study time period. The cumulative drug release was found to be mainly controlled by the amount of hydrophilic monomer and molecular weight of the copolymers. In the second part of present study crosslinked poly(N-vinyl pyrrolidone-co-n-alkyl methacrylate) copolymers were synthesized at fixed weight % ratio of N-vinyl pyrrolidone and n-alkyl methacrylate monomers (i.e NVP : nAMA = 90:10) using various concentrations of polyfunctional monomers employed as crosslinking agents. The effect of crosslinker concentration and functionality on gel content, thermal stability, water uptake, internal morphology and drug release was investigated. Gel contents and thermal stability of the crosslinked copolymers increased with increasing crosslinker concentration as well as its functionality. The water uptake at 37 °C decreased with increasing crosslinker concentration and functionality however the increase in alkyl chain length of alkyl methacrylate resulted in increased water uptake. The crosslinked copolymers with optimized crosslinker concentrations exhibited controlled drug release patterns at 37 °C and pH 7.4. Higher amounts of cumulative drug release were observed for copolymers crosslinked with trifunctional crosslinkers leading to complete drug release in 20-22 days while the copolymers crosslinked with difunctional crosslinker exhibited controlled drug release upto 35 days. The kinetics and mechanism of the drug release was also analyzed.