نواب اخترؔ یارجنگ
حیدرآباد میں اودھ کے ایک مشہور ممتاز مینائی خاندان کے فرد فرید نے بھی ہماری دنیائے فانی کو الوداع کہا، منشی امیر احمد صاحب امیر مینائی کے خلف الرشید نواب اختر یار جنگ بہادر جنہوں نے دکن میں امیر مرحوم کی وفات کے بعد سے دکن کو شاہ دکن کی نوازشوں سے اپنا وطن بنالیا تھا اور معتمد امور مذہبی کی حیثیت سے سینکڑوں مفید خدمات انجام دیں اور ہر نیک کام کی امداد میں سبقت کی اور اب چند سال سے پنشن پاکر عزت کی زندگی بسر کررہے تھے، اب وہ ہمیشہ کے لیے بزم حیات سے رخصت ہوگئے، اﷲ تعالیٰ ان کی نیک خدمات کا نیک صلہ عنایت فرمائے، وہ شاعر بھی تھے اور اختر تخلص کرتے تھے۔ (سید سلیمان ندوی،جولائی ۱۹۴۰ء)
The Almighty Allah has sent many intellectual and pious people after the Last Prophet and Messenger Allah Subhan-o-Tala for the security of Den-e-Islam. They not noly Protect Deen-e-Islam from the foreign imovation but take their roles in its world over spreading. One among these prestigious personalities and intellectual is Jalal Ud Din Asoyothi (849-911). He was a multi sided personality. At the same time he was a great scholar, Author, Reviewer and genius intellectual among his friends. You are the author of approximately 700 books. He has touched my aspect of life in written works. While having such a busy and prestigious life of honesty, truthfulness, rejecting the materialistic life having a heart for the spiritual life. He started to leads the life of mysticism and till death did not leave the life of mystics persons. In this mystic’s life he has written and review many books. Due to this mysticism he was serves the humanity and protect Deen-e-Islam from the false beliefs. In this research paper some of the aspect of mysticism in the light of his research works has been discussed.
Bioremediation of colored textile wastewater loaded with dyes and metals is a matter of great concern due to the hazardous risks associated with their untreated discharge into water bodies. The present study was conducted to isolate and characterize dye decolorizing metal tolerant bacterial strains for treatment of textile wastewater. For this purpose, 220 metal tolerant bacteria isolated from textile wastewaters coming from different textile industries in Faisalabad were tested for their potential to decolorize four different reactive dyes viz. reactive red 120 (RR120), reactive black 5 (RB5), reactive orange 16 (RO16) and reactive yellow 2 (RY2). Based on the potential to decolorize RR120, RB5, RO16 and RY2 in the presence of a mixture of four heavy metals (Cr, Cd, Zn, Pb), four bacterial strains viz. ZM17, ZM130, ZM160 and ZM183 were selected for subsequent studies. These strain were identified following the amplification, sequencing and bioinformatics analyses of 22 their 16SrRNA, and were named as Raoultella sp. ZM17, Pseudomonas aeruginosa strain ZM130, Pseudomonas sp. ZM160 and Pseudomonas sp. ZM183. The selected bacterial strains were found to have varying levels of tolerance against the presence of different heavy metal ions in the media. Moreover, the decolorizing potential of these isolates was found to be decreased with an increase in the initial dye concentration. Furthermore, the interactive effects of four input variables including salt content, pH, C source concentration and level of multi-metal mixture on decolorization of RB5 by the selected bacterial strains were examined following response surface methodology (RSM) statistical modeling. All the four strains were also found capable of simultaneously removing Cr(VI) and all the reactive azo-dyes under study. However, the strain ZM130 was found to be the most efficient among these strains. Additionally, these strains also showed considerable potential for production of IAA and phosphate solubilization. The strains ZM17 and ZM183 were also found to harbor a dye decolorizing azoreductase Azr gene, whereas, a cadmium tolerant czcABC gene was found to be amplified from the DNA of the strains ZM130, ZM160 and ZM183. Enzymatic analyses of the strain ZM130 indicated that azo-reductase and tyrosinase activities were absent in this strain, however, this strain exhibited considerable activity of laccase and NADH-DCIP reductase activity during the decolorization of RR120. While testing the applicability of the strain ZM130 for treatment of synthetic wastewater, efficiency for color and COD removal of this strain was found to be favored and better in the anaerobic batch bioreactor as compared to aerobic batch bioreactor system. However, presence of yeast extract significantly increased the potential of ZM130 for color and COD removal with attached growth of microbial culture. The potential of the most efficient dye decolorizing metal tolerant bacterial strain Pseudomonas aeruginosa ZM130 for treatment of synthetic colored wastewater containing both RB5 (300 mg L-1) and hexavalent chromium (25 mg L-1) was also tested in vertical soil columns bio-augmented with this strain using sterilized and nonsterilized soil. It was interesting to note that the highest level of color, COD and Cr(VI) removal (˃90%) was achieved in the treatments where the soil columns were bio-augmented either with the sludge alone or the sludge along with ZM130 followed by the strain ZM130 along with addition of yeast extract. Based on the findings of the present study, it might be concluded that the selected bacterial strains, particularly Pseudomonas aeruginosa strain ZM130, harbor a varying but highly considerable potential for bioremediation of different xenobiotic compounds including dyes and heavy metals. Furthermore, the concurrent plant growth promoting ability offers a great promise for increased and sustained crop productivity even under stressed soil environment. Hence, this strain could be used to develop the bio-treatment systems (bioreactors) for addressing the problem of azodyes and metals in the wastewater.