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مولانا سعید احمد اکبر آبادی

مولانا سعیداحمد اکبرآبادی
اس سے زیادہ دلدوز خبر،مفتی عتیق الرحمن ؒ کے وصال کے بعد ندوۃ المصنفین ماہنامہ برہان کے لیے کوئی دوسری نہیں کہ ۲۴؍ مئی مولانا سعید اکبرآبادی کاکراچی میں انتقال ہوگیا۔اِنَّا لِلّٰہِ وَاِنَّا اِلَیْہِ رَاجِعُوْنَ ْ
مولانا سعید احمد اکبرآبادی کی رحلت،علمی، ادبی، اوردینی، اور صحافتی دنیا کا ایک ایسا نقصان ہے جس کی تلافی کی کوئی صورت بظاہر موجود نہیں ہے وہ ان نادر شخصیتوں میں سے جن کے اندر قدیم اورجدید علوم جمع ہوجاتے ہیں اور وہ زمانہ کو اپنی خداداد ذہانت اور طبائع کی روشنی سے منّور کرنے کاایسا عظیم الشان کام انجام دیتے ہیں، جوقدیم علوم کے ماہرین اور جدید علوم کے علمبردار وں سے الگ الگ صورت میں ممکن نہیں۔ مولانا سعید احمد اکبرآبادی ایک طرف علامہ انور شاہ کشمیریؒ کے ذریعہ اورواسطے سے ،اس سلسلۃ الذہب سے منسلک نظرآتے ہیں،جواسرار علوم نبوت کے محرموں اورفقہ وحدیث کے بالغ نظر عالموں، اسلامی شرع اوردینی کمالات کے حامل شخصیتوں کاایک ایسا قافلہ ہے، جس نے دینی علوم کوتحقیقی صلاحیتوں کے قالب میں ڈھال کر ہرزمانہ اور ہرعہد کے مطابق بنانے اور اس کی رہنمایانہ استعدادقائم ر کھنے میں ناقابلِ فراموش حصّہ لیا۔ دوسری طرف سے وہ جدید علوم سے پوری طرح واقف، اور دنیا میں سائنسی اورصنعتی اورمعاشی انقلابات کے اثرات ونتائج سے مکمل طورپر باخبر اور نئے زمانے کے تقاضوں کاپورا شعور رکھنے والے ایک دانشور تھے، جوقدیم علوم کی آب و تاب،مذہبی روایات کے تقدس کی برقراری اور اصول واحکام دین کی پاسداری بلکہ نگہبانی کافرض آدھی صدی سے بھی زیادہ مدّت تک انجام دیتے رہے۔وہ ایک طرف مفتی عتیق الرحمن عثمانی ؒ،مولانا حفظ الرحمن سیوہاروی ؒ، مولانامحمد یوسف بنوری ؒ، مفتی محمد شفیع دیوبندیؒ،قاضی زین العابدین سجاد میرٹھی(تعالیٰ اﷲ عمرہٗ) مولانا احمدعلی لاہوریؒ،اورمولانا قاری محمد طےّب قاسمیؒ ،جیسے نابغۃ العصراور فقید المثال ماہرین علوم شریعت اور...

عائلی زندگی اور اُس کے مسائل سے متعلق ابنِ تیمیہ کے فقہی تفردات کا تجزیاتی مطالعہ An analytical study of Ibn Taymiyyah's jurisprudential distinctions Regarding Family Life and its problems

Marriage has been given the status of half-faith, based on which a family is formed, and society is established. Marriage is associated with issues of lineage and inheritance and a section of the Quran describes this subject. The jurists have explained in detail the issues of marriage, dowry, breastfeeding, 'iddah, and alimony under the book of marriage. Ibn Taymiyyah, like other jurisprudential issues, has differed from several jurists on issues related to marriage. For example, it is fair for a man to marry his wife's foster mother and foster daughter. Marriage can take place in any of the terms or words from which the meaning of marriage is derived. Like the father, the grandfather also has the right to marry a minor girl without her permission, it is permissible to marry, the wife has the right to terminate the marriage in case of defect in Haq-e-Mahr, etc. All such jurisprudential dissent will be explained with arguments so that one can be aware of Ibn Taymiyyah's dissent and the arguments behind it. KeyWords: Ibn e Taymiyyah, Jurisprudential Distinctions, Nikaḥ, Kitāb un-Nikaḥ Haq-e-Mahr.

Complexation and Characterization of B-Sitosterol With Metals

Scientific studies expose that the plant sterols in diet supports optimal functioning of immune system. β-sitosterol is a plant sterol which is a natural micro-nutrient found in the cells and membranes of all oil producing plants. It has been proven to be a safe, natural and effective nutritional supplement and has shown amazing potential benefits in many diverse applications. The medicinal application and uses of metals and metal complexes has been subjected to extensive research in recent years. Essential metals when present in excess and Heavy metals have toxic effects on living organism and these effects may be reduced by metal complexation. It prompted us to study the synthesis of β- sitosterol - metal complexes by using different methodologies. Eight new biologically active metal complexes of trace elements such as (Co (II), Cu (II), Fe (III), Mg (II), Ni (II) and Zn (II) and toxic metals such as Pb (II) and Pd (0) have been synthesized and characterized through various techniques such as elemental analysis, Infrared Spectroscopy (IR), UV/visible Spectroscopy (UV/visible), Mass Spectrometry (EIMS), Proton Nuclear Magnetic Resonance (1H-NMR), Atomic Absorption Spectroscopy (AAS), Electron Dispersive X-ray Spectroscopy (EDS), Scanning Electron Microscopy (SEM) and Thermo Gravimetric Analysis (TGA). From the analytical data, the stoichiometry of all the complexes was found to be 1:2 (metal: ligand) ratio with general formula ML2X.nH2O while βs-Fe complex showed 1:3 metal to ligand ratio having general formula ML3X. The IR spectral data predict that the βs behave as a bidentate ligand with hydroxyl group (OH) and C=C (double bond) groups pointing towards the central metal ion. The UV/visible technique suggested an octahedral geometry of the complexes. In βs-Pd complex, the reagent Tris (dibenzylideneacetone) dipallidum (Pd2 (DBA)3) attached to the ligand (βs) in the form of adduct. The presence of Dibenzylideneacetone (DBA) in the molecule was supported by its IR, EIMS and 1H-NMR data. The AAS data and EDS features indicated the presence and percentage of the elements existing in the ligand and in the metal complexes. The SEM images of ligand and all the metal complexes exhibited different morphological structures due to the interaction of metal with ligand to arrange in the fixed geometry of the complexes. The TG analysis of the complexes are in good agreement with the proposed formulation. The ligand and its metal complexes were screened for their antibacterial and antifungal activities. The results showed that the metal complexes were more active than the ligand (βs). The βs-Fe and βs-Ni complexes exhibited greater antibacterial activities having zone of inhibition ranging between 19-29, 14-33 mm (MIC = 10-96, 52-114 mg/mL) in gram positive and gram negative bacteria respectively. Whereas βs-Co, βs- Cu and βs-Fe complexes were found to possess remarkable antifungal activity having zone of inhibition ranging between 12-30 mm (MIC = 32-140 mg/mL). The βs-Pd complex showed least antimicrobial activity against all the applied bacterial and fungal strains. The metal ion present in the complexes accelerate the anti-microbial activity and the metal complexes are more effective than ligand in term of their biological activity.
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