میلا رام وفاؔ
میلا رام وفاؔ (۱۸۹۵۔۱۹۸۰ئ) ظفر وال کے گائوں دیپو کے میں پیدا ہوئے۔ طالب علمی کے زمانے میں ہی شاعری کا شوق تھا۔ ان دنوں ظفر وال میں قریشی ثناء اﷲ اور شیر محمد شیر کے ادبی معر کے زوروں پر تھے۔ آپ نے شیر صاحب کے سامنے زانوئے تلمذتہہ کیا اور ابتدائی کلام پر اصلاح لینی شروع کی۔ لیکن یہ سلسلہ زیادہ دیر تک قائم نہ رہا اور آپ روزگار کی تلاش میں لاہور چلے گئے۔
گو میں رہا رہین ستم ہائے روزگار
لیکن ترے خیال سے غافل نہیں رہا
کے مصداق آپ نے لاہور میں داغ دہلوی کے شاگرد راج نرائن ارمان دہلوی سے اصلاح لینی شروع کر دی۔(۲۳۸)آتش کشمیری اپنی کتاب ’’سرزمینِ ظفر وال‘‘ میں میلا رام وفا کے بارے میں کہتے ہیں:
آپ نے لاہور میں داغ دہلوی کے شاگرد راج نرائن ارمان دہلوی سے اصلاح لی اور ان سے بہت استفادہ کیا۔ استاد کی ہمراہی میں بہت سے مشاعروں میں جانے کا موقع بھی ملا اور آپ کا کلام اردو رسائل میں چھپنا شروع ہو گیا۔ زیادہ عرصہ نہیں گزرا تھا کہ آپ مشہور شعراکے پہلو بہ پہلو چلنے لگے۔ آپ روزنامہ ’’ہندوستان‘‘ کے نائب مدیر اور روزنامہ ’’ویر بھارت‘‘ کے مدیرِ اعلی کے عہدے پر بھی فائز ہوئے۔ تقسیمِ ملک کے بعد آپ اس عزم سے دہلی تشریف لے گئے کہ ’’اے سر زمینِ ظفر وال‘‘ میں تیری تبلیغ کو زمین کے کناروں تک پہنچا دوں گا۔(۲۳۹)
دہلی میں آپ ’’تیج‘‘،’’پرتاپ‘‘ اور ’’پردیپ‘‘ کے ایڈیٹر بھی رہے۔ آپ کے شعری کلام کا مجموعہ بعنوان ’’سنگِ میل‘‘ چھپ چکا ہے جو پاکستان میں نایاب ہے۔ جموں یونیورسٹی میں آپ پر پی۔ایچ ڈی کا مقالہ لکھا جا چکا ہے۔ میلا رام نظم اور غزل کے شاعر کے ساتھ ساتھ ناول نگار اور صحافی بھی ہیں۔
ان کی شعری زبان...
Nowadays the entire world, particularly the Islamic countries, are suffering from a state of anxiety and insecurity due to terrorism. The terrorists are destroying peace of the world for the sake of their personal interests. They affiliate their terrorist activities with Islām, while Islām condemns not only terrorism, but also the violation of the country law. Islām is the religion of peace. Allāh, peace of title the with (صلى الله عليه وسلم) Muhammad Prophet His sent Almighty and granted him the name of religion as Islām. The Holy Prophet in harmony and peace of facade the build to life his all spent (صلى الله عليه وسلم) the society. His companions also exhibited human loving nature and. (صلى الله عليه وسلم) Prophet Holy the by them to provided roadmap the followed Ḥaḍrat Uthmān is one of those, who sacrificed themselves for the noble cause of peace. In this article, the remarkable efforts of Ḥaḍrat Uthmān for the maintainance of peace are highlighted. He was commited to peace even before Islām, and after accepting it, he played a vital role for the promotion and maintaince of peace. He the at (صلى الله عليه وسلم) prophet the of ambassador the as appointed was occasion of the Ḥudaybiyah Pact. Uthmān ruled a vast empire. Peace was a hallmark of his era. The evil plots against him surfaced only in the later years of his caliphate. These included objections regarding appointment and administration of the governers. He took every step to stop the disruption of peace, so much so, he did not allow the Muslims to fight for his defence, hence, sacrificed his life.
Effects of chromium loaded chitosan nanoparticles supplementation on growth, serum metabolites and intestinal histology in broilers The present research was aimed to evaluate the effects of chromium loaded chitosan nanoparticles (Cr-CNPs) on production performance, viscera development, serum metabolites and intestinal histology in broilers. Two hundred (200), one-day-old, broilers were randomly divided into five groups with five replicates (n=8). Birds in the first group served as control and were fed corn soya-bean based diet, while the remaining four supplemented groups were offered 200, 400, 800, and 1200 µg Cr-CNPs/kg of feed, respectively, for 35 days. Weight gain, feed intake, and FCR remained unaffected with Cr-CNPs supplementation. No changes were observed in the relative weights of viscera. The relative length of the small intestine was decreased in birds supplemented with 200 and 800 µg Cr-CNPs/kg feed compared with the 1200 µg Cr-CNPs supplemented and control groups. Serum metabolites remained unaffected with Cr-CNPs supplementation except for the serum HDL that was increased. Cr-CNPs decreased the retention of chromium in the bone at higher concentrations. Jejunal villus height, villus surface area, and villus height to crypt depth ratio were increased in 800 µg Cr-CNPs supplemented group. In conclusion, Cr-CNPs did not affect growth performance, viscera development, and most of the serum metabolites but enhanced jejunal morphological attributes at 800 µg Cr-CNPs/kg of feed. Effects of chromium loaded chitosan nanoparticles on the electrophysiological indices and glucose transporters in broilers The present study was aimed to evaluate the effect of chromium loaded chitosan nanoparticles (Cr-CNPs) on electrophysiological indices, gene expression of glucose transporters and tissue glycogen in broilers. Two hundred (200), one-day-old, broilers were randomly divided into five groups (A, B, C, D, and E) each having five replicates (n=8). Group-A was fed a corn-soya-bean meal-based diet, while the diets of groups B, C, D, and E were supplemented with 200, 400, 800 and 1200µg Cr-CNPs/kg of feed, respectively. On day 35, eight birds per treatment were killed to obtain segments of jejunum for electrophysiological study using Ussing chambers. Additionally, two birds per replicate were randomly killed to collect the jejunum for mRNA quantification of glucose transporters and tissues for the detection of glycogen content. The basal short-circuit current (Isc) and tissue conductance (Gt) before the addition of glucose were the same in all the groups. After the addition of glucose, change in short circuit current (ΔIsc) was decreased (P<0.05) in the birds supplemented with group C and group E compared with the control group without affecting change in tissue conductance (ΔGt). Gene expression of SGLT-1 and GLUT-2 remained unaffected (P<0.05) with Cr-CNPs supplementation. The liver glycogen content decreases (P<0.05) linearly with CrCNPs supplementation while no effects were observed in muscle glycogen content. In conclusion, Cr-CNPs supplementation decreases the glucose absorption and liver glycogen content in a dosedependent manner without affecting the gene expression of glucose transporters.