مولانا محمد علی
ماتم یہ زمانہ میں بپا ’’تیرے‘‘ لیے ہے
مولانا محمد علی نے ۱۴؍ شعبان ۱۳۴۹ھ مطابق ۴؍ جنوری ۱۹۳۱ء کو تریپن ۵۳ برس کی عمر میں لندن میں وفات پائی، اس مسافر نے غالبؔ کے اس مصرع کو اپنے شعر میں دہرا کر اپنی مسافرانہ موت کی آپ پیش گوئی کی تھی۔
مارا دیارِ غیر میں مجھ کو وطن سے دور
افسوس وہ پر درد آواز جو ۱۹۱۱ء سے ۱۹۳۰ء تک ہندوستان اور دنیائے اسلام کے ہر قیامت آفرین سانحہ میں صدائے صور بن کر بلند ہوتی رہی، ہمیشہ کے لیے خاموش ہوگئی، وہ بیقرار دل جو اسلام اور مسلمانوں کی ہر مصیبت کے وقت بیتاب ہوجاتا تھا، اور اوروں کو بیتاب کرتا تھا، دریغا کہ قیامت تک کے لیے ساکن ہوگیا، وہ اشک آلود آنکھیں جو دین و ملت کے ہر ماتم میں آنسوؤں کا دریا بن جاتی تھیں، حسرتاکہ ان کی روانی ہمیشہ کے لیے بند ہوگئی، وہ مترنم لب جوہر بزم میں خوشنوا بلبل بن کر چہکتے تھے، ان کے ترانے اب ہمارے کان نہ سنیں گے، وہ آتشیں زبان جو ہر رزم میں تیغ برّاں بن کر چمکتی تھی اس کی تابش اب کسی معرکہ میں ہماری آنکھوں کو نظر نہ آئے گی، وہ پرجوش سینہ جو ہمارے مصائب کے پہاڑوں کو سیلاب بن کر بہالے جاتا تھا، اس کا تلاطم ہمیشہ کے لیے تھم گیا، وہ پرزوردست و بازو جو شب و روز کی خدمت گذاری اور نبرد آزمائی میں مصروف تھے، وہ اب ایسے تھکے کہ پھر نہ اٹھیں گے، اور افسوس کہ شکست خوردہ فوج کا وہ آخری سپاہی جو اعدا کے نرغہ میں تنہا لڑرہا تھا، آخر زخموں سے چور ہوکر ایسا گرا کہ پھر کھڑا نہ ہوگا، الوداع! محمدعلی! الوداع! والسلامَ الیٰ یوم القیام۔
تو ملت کا عزادار تھا، حق ہے کہ ساری ملت تیری...
The use of religious models in political arena has been a vital tool in the hands of politicians in order to achieve secular objectives, unattainable otherwise. In current research several Confessional features are discussed, with particular emphasis on political confession where a religious practice (confession) is maneuvered to support political acrobats in South African post-apartheid politics. The research evaluates the authenticity of confessional model introduced in South African Truth and reconciliation commission (TRC); a post-apartheid political practice. Current research gauges the relationship of confession and forgiveness in South African context in the light of Coetzee’s Disgrace. The authenticity of contrition is discussed which is the pivotal element in this whole process. This paper evaluates TRC in reference to justice and the grant of amnesty to the violators of gross human rights, how justice is abrogated in order to bring reconciliation. The way TRC attached reconciliation to forgiveness was wrong in its very roots.
Malnutrition is a global health problem, which can be managed through biofortification. Bioaugmentation of Zn solubilizing rhizobacteria could be a sustainable intervention to increase bioavailability of Zn in soil, which can be helpful in mitigation of yield loss and malnutrition of zinc accompanied by various mechanisms including biological N2 fixation, nutrient solubilization, siderophores, hydrogen cyanide, ammonia and indole-3-acetic acid (IAA) production, 1-aminocyclopropane-1-carboxylate (ACC) deaminase and antifungal activities are important for plant stress amelioration. In the present study, a number of pure rhizobacterial colonies were isolated from maize rhizosphere and screened for their ability to solubilize zinc oxide. These isolates were screened on the basis of zinc and phosphate solubilization, IAA production, protease production, catalase activity along with other traits. All the selected isolates were also positive for oxidase activity (except ZM22), hydrogen cyanide (HCN) production and utilization of citrate. More than 70% of isolates produced ammonia, hydrogen cyanide, siderophores, exopolysaccharides, and cellulase. More than half of isolates also showed potential for urease activity and production of lipase. The ZM31 and S10 were the only isolates, which showed the chitinase activity. All of these isolates were evaluated in a jar trial for their ability to promote the growth of maize seedlings. Results revealed that inoculation of selected zinc solubilizing rhizobacterial isolates improved the growth of maize. In comparison, isolates ZM20, ZM31, ZM63 and S10 were best compared to other tested isolates in stimulating the growth attributes of maize like shoot length, root length, plant fresh and dry biomass. These strains were identified as Bacillus sp. (ZM20), Bacillus aryabhattai (ZM31 and S10) and Bacillus subtilis (ZM63) through 16S rRNA sequencing. The identified strains having multi-growth promoting attributes and ability to promote the growth of maize as evaluated in the previous steps shown to be gram positive. The results of the root colonization assay revealed that all the strains showed their ability to colonized roots but the maximum root colonization ability was shown by strain Bacillus sp. (ZM20). The top four most promising ZSB strains were selected for further evaluation in pot and field trials. The results of pot and field trials revealed that zinc solubilizing strains significantly improved the activity of antioxidant enzymes, plant growth and yield attributes of maize. The strains also improved the accumulation of macro and micronutrients in different parts of plant and successfully biofortified the maize grains with Fe and Zn. More biofortified minerals contents in grains were obtained from co-inoculations treatments. Among co-inoculation treatments, Bacillus aryabhattai (ZM31) × Bacillus subtilis (ZM63) demonstrated best results in all observed attributes. The co-inoculation of these strains could be a novel biofortification intervention for remedy of zinc in plants. Zinc solubilization activity of Bacillus spp. strains was associated with drop in pH due to production of organic acids. The Ultra Performance Liquid Chromatography (UPLC) and Gas chromatography-mass spectrometry (GC-MS) analysis reported seven kinds of organic acids, i.e. lactic, acetic, citric, succinic, formic, isobutyric and isovaleric acids from the cultures. Main acids produced were lactic acid and acetic acid, with isobutyric acid and isovaleric acid as relatively minor but important acids in Bacillus sp. (ZM20) and Bacillus subtilis (ZM63). Such bacteria could be very effective as bio-inoculants to improve growth, and yield of maize under nutrient deficient soil conditions and also for biofortification of minerals in cereals for human consumption to overcome the problems of malnutrition.