دشتِ افسوس میں اک پھول کھلا ہو جیسے
تو خزاں زاد شجر سے ہی ملا ہو جیسے
ایک مدت سے بیابانی تھی دل میں میرے
تو مرے غم مرے ہر دکھ کا صلہ ہو جیسے
روح مجروح تھی اور ادھڑے تھے ٹانکے دل کے
تیرے آنے سے ہر اک زخم سلا ہو جیسے
تم سے بچھڑیں تو کسی طور بھی ہم جی نہ سکیں
سانس تو سانس ہے تم دل کی جلا ہو جیسے
تم فضاؔ چھائی ہو اک ابرِ کرم کی صورت
ہم نہ مل پائے یہی خود سے گلہ ہو جیسے
Allama Shabbir Ahmed Uthmani was one of the prominent religious personalities who made efforts for islamization in Pakistan. So far as the major slogan in 1946 elections were to have a separate homeland of the Muslims where they may be able to live according to the Islamic values. It means Islam was the real power behind the struggle for Pakistan in 1947. After the making of Pakistan a religious scholar Allama Shabbir Ahmed Uthmani presented his services for isalmization in Pakistan as in this respect he had a unique role for the enforcement of Islamic system in Pakistan. Maulana Shabbir Ahmed Uthmani wants to see the constitution of Pakistan to be the leading document towards religious state. In this respect Allama Shabbir Ahmed Uthmani made critical efforts for designing the constitution of Pakistan which was finally approved by the Constitutional Assembly of Pakistan.
Quinoline based ligands like substituted 3-acetyl 4-hydroxyquinolines (3- acetyl 4-quinolones) were prepared and provided for the preparation of complexes with metals i.e. copper, zinc, nickel, cobalt, cadmium and manganese. The complexes were prepared through oxygen of hydroxyl and acetyl group attached to the ligands. Ligands like 1, 10-Phenanthroline and 2, 2’-bipyridyl were also used as co-ligands in the preparation of complexes. These complexes were analyzed through AAS and IR spectra. Some of the complexes were characterized using XRD analyser. The general formula of the complexes is ML2. The synthesized complexes were very stable. The prepared complexes were also screened for the biological activities. General structure of the complexes is given below. M=Cu, Zn, Ni, Co, Fe, Cd, Mn R= 5-Cl, 7-Cl, 6-Br, 6-NO2, 7-OCH3, 8-OCH3, 7-CH3, 8-CH3