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45. Al-Jathiyah/The Kneeling Down

45. Al-Jathiyah/The Kneeling Down

I/We begin by the Blessed Name of Allah

The Immensely Merciful to all, The Infinitely Compassionate to everyone.

45:01
a. Ha. Mim.

45:02
a. The sending down of this Book - The Divine Qur’an - is from Allah,
b. The Almighty, The All-Wise.

45:03
a. Indeed, there are Wonders of Allah’s Creative Power throughout the celestial realm and the terrestrial world for all who are willing to believe.

45:04
a. And as they exist in your own creation and in the creation of a variety of other living creatures,
b. that HE scatters throughout the terrestrial world are Wonders for a people who are firm in
belief.

45:05
a. And so too in the alternation of the nighttime and the daytime,
b. and in the means of livelihood which Allah sends down from the sky clouds then HE enlivens the land after it had been made lifeless by prolonged exposures to drought,
c. and in the changing of direction, velocity, and temperature of the winds,
d. in all these are Wonders of Allah’s Creative Power for a people who understand.

45:06
a. These are the Messages of Allah,
b. that WE recite/convey to you in all truth.
c. So then in what other kind of a discourse will they ever believe if not in Allah and HIS Messages?

45:07
a. Woe to every impulsive liar and the sinful……

45:08
a. …. who hears Allah’s Messages in The Qur’an being recited to him,
b. and yet he persists in disbelief arrogantly as if he had never heard them.
c. So give him the good...

مفهوم الأدب الإسلامي و إسلامية الأدب عبر العصور

Islamic literature is a term referring to the school of thought who believes that a good literary work should view God, man and the world through the lens of Islam. It is conceived that the style of such literature must be of high quality with the Qur’ān, Ḥadith and the legacy of the Islamic scholars being its model. Islamic literature is a universal literature and can be written in any language. However, most of what has been written on the theory and practice of Islamic literature is in Arabic. This study discusses the model of Islamic literature in era of Islam, Umayyad period, Abbasid period, and Modern world. Topics of Islamic literature in modern times are dealing with the moral values ​​in the Qur’ān and the Sunnah of the Prophet, peace be upon him.  It discusses Jurisprudence in worship Biography of the Prophet and Praise of the Prophet and his companions God bless them all. The deep knowledge of Arabic language and Islamic literature solves the social and cultural problems around the world.

Anastomosis Group Typing of Rhizoctonia Solani Kuhn Infecting Solanaceous Vegetable Crops

Rhizoctonia solani Kühn (teleomorph = Thanatephorus cucumeris (Frank) Donk) is an economically important pathogen of solanaceous vegetables, causing black scurf, damping-off, stem canker, and root rot in these crops. R. solani is a species complex of several anastomosis groups (AGs) that exhibit DNA base sequence homology and/or affinities. To date, thirteen AGs of R. solani have been internationally reported. The present study determines the occurrence of different AGs of R. solani on Potato, Tomato, and Chilli together with their morpho-molecular characterization. Survey of different locations of districts Rawalpindi, Jhelum, Attock, Chakwal, and Federal Capital Islamabad revealed maximum mean disease incidence on potato was recorded in Attock (37.4%) followed by Islamabad (35.8%), Jhelum (32.1%), Rawalpindi (30.5%) while minimum mean disease incidence was recorded in district Chakwal (20.2%). Maximum mean disease incidence on tomato was observed in Islamabad (38.7%) followed by Attock (36.3%), Rawalpindi (34.9%), and Jhelum (31.8%) while minimum in district Chakwal (29.6%). Mean disease incidence on chilli was maximum in Attock (30.9%), followed by Rawalpindi (30.1%), Islamabad and Jhelum (29.5%), while minimum in district Chakwal (27.0%). At least 63, 67, and 58 isolates of R. solani were recovered from potato, tomato, and chilli respectively. Fungal colonies isolated on malt extract agar (MEA) medium were light grey to brown in colour with plentiful mycelial growth and branched hyphae. A septum was always present in the branch of hyphae near the originating point with a slight constriction at the branch. The hyphal distance between two septa ranged between 66.6 to 150.3 μm and hyphal diameter from 4.8 to 8.3 μm. Majority of the isolates produced rough sclerotia and were superficially present on the hyphal mass. No conidia or conidiophores were observed from cultures on malt extract xxv agar (MEA) medium. All isolates were multinucleate when subjected to 4’-6 diamidino-2-phenylindole (DAPI) stain. Based on these morphological characteristics of fungal hyphae, isolates were identified as R. solani. Recovered isolates subjected to pathogenicity tests confirmed 47, 42, and 37 isolates from potato, tomato, and chilli respectively were highly virulent. Restriction analysis of PCR-amplified ribosomal DNA with four discriminant enzymes (MseI, AvaII, HincII, and MunI) revealed recovered isolates belong to; AG-2-1, AG-2-2, AG-3 PT, AG-4 HG I, AG-5, and AG-6. Isolates were further paired with tester strains of R. solani AGs which confirmed the results of AG composition revealed by RFLP analysis. Amplification of Internal transcribed spacer (ITS) region of rDNA with primers ITS1/ITS4 and sequence analysis exhibited 99-100% identity with already reported AGs. Isolates recovered from potato belong to AG-3 PT (76.5%), AG-5 (8.5%), AG-4 HG I (4.2%), AG-2-1 (6.3%), and AG-2-2 (4.2%). AG-3 PT was widely distributed to major potato growing areas while others were confined to distinct locations. Isolates recovered from tomato belong to AG-3 PT (64.2%), AG-2-1 (14.2%), AG-2-2 (9.5%), AG-5 (7.1%), and AG-4-HGI (4.7%). AG-3 PT was widely distributed to major tomato growing areas followed by AG-2-1 while other groups were confined to distinct locations. Similarly, AG-4 HGI (59.4%) was also widely distributed to chilli growing areas. Other AGs recovered from chilli belong to AG-2-1 (16.2%), AG-6 (10.8%), AG-3 PT (8.1%), and AG-5 (5.4%). This is the first study on AG composition, genetic variability, virulence, and molecular characterization of Pakistani isolates of R. solani. These findings will provide the basis for further understanding the infection of different AGs on differential hosts which will help in the development of control strategies for management of Rhizoctonia diseases on solanaceous vegetables and other economic crops being infected by this fungus.
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