Vishnu Vardhan Reddy Mla Bibliography


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List of candidates for Alur Constituency 2014

The table below shows who are the contesting BJP, Congress, independent etc. candidates from the Alur Assembly Constituency in the Andhra pradesh Assembly (Vidhan Sabha) Elections 2014.


Sitting and previous MLAs from Alur Assembly Constituency

Below is the list of winners and runners-up in the Alur assembly elections conducted so far.

YearA. C. No.Assembly Constituency NameType of A.C.Winner Candidates NameGenderPartyVotesRunner UPGenderPartyVotes
2014266AlurGENGummanur Jaya RamMaleYSRC69466B.Veerabhadra GowdMaleTDP67547
2009266AlurGENPatil Neeraja ReddyFINC43105Gummanuru JayaramMPRAP37460
2004126AlurGENKatamreddy Vishnuvardhan Reddy MINC60760Beeda Masthan RaoMTDP47388
2004175Alur(SC)Mulunti Mareppa MINC39469Masala PadmajaMTDP36332
1999126AlurGENAdala Prabhakar ReddyMTDP50829Katamreddy Vishnuvardhan ReddyMINC45946
1999175Alur(SC)Moolinti MareppaMINC42763Eranna MasalaMTDP33099
1994126AlurGENJakka Venkaiah MCPM42806Katamreddy Vishnuvardhan ReddyMINC40906
1994175Alur(SC)Masala Eranna MTDP38058Moolinti MareppaMINC32793
1989126AlurGENKatamreddy Vishnuvardhan ReddyMINC53629Jakka VenkaiahMCPM34802
1989175Alur(SC)Gudlannagari Loknath MINC36945RanigahMTDP28395
1987By PollsAlur(SC)M.RangaiahMTDP32649RangannaMINC26871
1985126AlurGENVenkaiah Jakka MCPM37382Bezavada Dasradharami ReddyMIND18866
1985175Alur(SC)Eranna MINC28773P. RajarathnaraoMTDP25395
1983126AlurGENBezawada Papireddy MIND39578Rebala Dasaratha RamireddyMINC23987
1983175Alur(SC)K. Basappa MIND23213ErannaFINC22482
1978126AlurGENGiddaluru Sundara Ramaiah MINC(I)34859Rabala Dasaradharama ReddyMJNP20893
1978175Alur(SC)ErannaMINC(I)23044H. ErannaMJNP9646
1972126AlurGENRebala D Rama ReddyMINC25057Jakka Venka Reddy MCPM24553
1972175Alur(SC)P. Rajaratna RaoMINC18399Joharapuram KariappaMNCO2211
1967123AlurGENB. PapireddyMIND32822V. VimaladeviFINC13389
1967172Alur(SC)D. GovindadassMSWA16754S. NagappaMINC14236
1962179AlurGEND. Lakshmikantha ReddyMINC Uncontested   
1955154AlurGENRamalingareddy H.MINC16975Venkataramappa Purimetla MCPI7307

Last Updated on December 17, 2013




The Table 1 describes the classification, general features and genome sequencing projects information for the strains according to the MIGS recommendations (Field et al., 2008). The assembled draft genome of Salisediminibacterium haloalkalitolerans 10nlg contained 2,93,7914 bps with 47.13% G + C content. Further, the genome analysis predicted 2,282 proteins coding sequences (CDS) of which 80.35% were assigned to recognized functional genes. The genome analysis revealed 57 tRNA and 13 rRNA genes. The genome of Bacillus lonarensis 25[nlg.sup.T] contained 2,58,2209 bps with 43.26% G + C content. Further, the genome analysis predicted 2,581 proteins coding sequences (CDS) of which 96.34% were assigned to recognized functional genes with 67 tRNA and 16 rRNA genes. The assembled genome of Bacillus caseinilyticus [SP.sup.T] contained 5,87,2627 bps with 44.85% GC content. Further, the genome analysis predicted 5,199 proteins coding sequences (CDS) of which 97.41% were assigned to recognized functional genes. The genome analysis revealed 101 tRNA and 12 rRNA genes. The genome of Pelagirhabdus alkalitolerans S5 contained 2,52,7601 bps with 88.99% DNA coding bases and 37.08% GC content. The genome revealed 2,033 protein coding sequences which were about 81.61% of the total genome. Around 15.01% CDS present weren't assigned to any of the known functions. Further, it revealed 56 tRNA and 13 rRNA genes. Strain Salibacterium halotolerans S7 showed 3, 61, 4063 bps with 47.65% G + C mol%. Around 75.89% of the identified CDS were protein sequences with known functions and about 807 protein coding genes had some unknown functions. Sixty one tRNA and 13 rRNA genes were revealed in the analysis of strain Salibacterium halotolerans S7 genome. Salipaludibacillus aurantiacus S9 draft genome revealed 4,43,5185 bps genome size with 42.42% G + C mol%. The protein functions of 3349 CDS were known, whereas, 883 CDS protein functions were unknown. Further, it revealed 73 tRNA and 16 rRNA genes.

The genomes of all the above described six strains harboured a cluster of genes coding for compatible solute production, thus explaining their osmotolerance. These genes from strain Salisediminibacterium haloalkalitolerans 10nlg include, L- ectoine synthase (130 aa; locus tag SAMN05444126_10550; accession number F0GV01000005.1) and choline dehydrogenase (561 aa, locug tag SAMN05444126_10967; accession number F0GV01000009.1). The strain, Bacillus lonarensis 25[nlg.sup.T] contains ectoine synthase (127 aa; locus tag SAMN05421737_10167; accession number FMYM01000001), glycerol-3-phosphate dehydrogenase (NAD(P)+ (339 aa; locus tag SAMN05421737_105223; accession number FMYM01000005.1), 1-acyl-sn-glycerol-3-phosphate acyltransferase (192 aa; locus tag SAMN05421737_105218; accession number FMYM01000005.1), choline dehyrogenase 402 aa; locus tag SAMN05421737_10199; accession number FMYM01000001.1).The strain, Bacillus caseinilyticus [SP.sup.T] contains L-ectoine synthase (128 aa; locus tag SAMN05421736_104185; accession number FNPI01000004.1), glycerol-3-phosphate dehydrogenase (NAD(P) + (338 aa; locus tag SAMN05421736_10427; accession number FNPI01000004.1), glycerol-1-phosphate dehydrogenase (351 aa; locus tag SAMN05421736_10511; accession number FNPI01000005.1), glycerol-1phosphate dehydrogenase (561 aa; locus tag SAMN05421736_10785; accession number FNPI01000007.1), 1-acyl-sn-glycerol-3-phosphate acyltransferase (196 aa; locus tag SAMN05421736_10420; accession number FNPI01000004.1), choline dehyrogenase (569 aa; locus tag SAMN05421736_101228; accession number FNPI01000001.1). Pelagirhabdus alkalitolerans S5 contains ectoine synthase (129 aa; locus tag SAMN05421734_10588; accession number FMYI01000005.1), glycerol-3-phosphate dehydrogenase (NAD(P)+ (347 aa; locus tag SAMN05421734_102431; accession number FMYI01000002.1), 1-acylsn-glycerol-3-phosphate acyltransferase (243 aa; locus tag SAMN05421734_102368; accession number FMYI01000002.1/ 193 aa; locus tag SAMN05518683_10435; accession number FMYI01000002.1/ 237 aa; locus tag SAMN05518683_10446; accession number FMYI01000004.1). Whereas, strain Salibacterium halotolerans S7 codes for L- ectoine synthase (128 aa; locus tag SAMN05518683_10726; accession number FOXD01000007.1), ectoine hydroxylase (314 aa; locus tag SAMN05518683_10644; accession number FOXD01000006.1) and choline dehydrogenase (569 aa; locus tag SAMN05518683_10452; accession number FOXD01000004.1 / 265 aa; locus tag SAMN05518683_10464; accession number FOXD01000004.1 / 402 aa; locus tag SAMN05518683_12711; accession number FOXD01000027.1). Salipaludibacillus aurantiacus S9 codes for L- ectoine synthase (131 aa; locus tag SAMN05518684_11244; accession number FOGT01000012.1), ectoine hydroxylase (310 aa; locus tag SAMN05518684_10667; accession number FOGT01000006.1), choline dehydrogenase (563 aa; locus tag SAMN05518684_106165; accession number FOGT01000006.1) and betaine aldehydyde dehydrogenase (490 aa; locus tag SAMN05518684_106162; accession number FOGT01000006.1). These draft genome sequences will further help in understanding the genetic potential of the above described six strains belonging to Firmicutes for osmotolerance, especially in relation to ectoine and hydroxyectoine production which are very commercially viable products.

Table 1. Classification, general features and genome sequencing projects information for the strains according to the MIGS recommendations (Field et al., 2008) MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Salisediminibacterium Species haloalkalitolerans Strain lOnlg Gram stain Positive Cell shape Rod Motility Non-motile Sporulation Non-endospore former Temperature 20-50[degrees]C range Optimum Temp. 37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Soda lake MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Lonar soda lake, location India MIGS-5 Sample collection 05/08/2013 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent draft quality MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina HiSeq platforms 25 00-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 335132 NCBI Bio- PRJNA335132 Project Accession Project Environmental relevance and biotechnological MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Bacillus Species lonarensis Strain 2 5 nig Gram stain Positive Cell shape Rod Motility Motile Sporulation Terminal endospore former Temperature 20-50[degrees]C range Optimum Temp. 35-37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Soda lake MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/ Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Lonar soda location lake, India MIGS-5 Sample collection 05/08/2013 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent quality draft MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina platforms HiSeq 2500-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 329819 NCBI Bio- PRJNA329819 Project Accession Project Environmental relevance and biotechnological MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Bacillus Species caseinilyticus Strain SP Gram stain Positive Cell shape Rod Motility Motile Sporulation Terminal endospore former Temperature 15-60[degrees]C range Optimum Temp. 37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Soda lake MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/ Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Lonar location soda lake, India MIGS-5 Sample collection 05/08/2013 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent quality draft MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina platforms HiSeq 2500-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 329820 NCBI Bio- PRJNA329820 Project Accession Project Environmental relevance and biotechnological MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Pelagirhabdus Species alkalitolerans Strain S5 Gram stain Positive Cell shape Rod Motility Non-motile Sporulation Non- Endospore- former Temperature 20-55[degrees]C range Optimum Temp. 37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Marine MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/ Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Pingaleshwar location beach, India MIGS-5 Sample collection 12/06/2015 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent quality draft MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina platforms HiSeq 2500-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 343906 NCBI Bio- PRJNA330706 Project Accession Project Environmental relevance and biotechnological MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Salibacterium Species halotolerans Strain S7 Gram stain Positive Cell shape Rod Motility Non-Motile Sporulation Non- Endospore- former Temperature 25-45[degrees]C range Optimum Temp. 37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Marine salt pan MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/ Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Khavda, location India MIGS-5 Sample collection 18/09/2014 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent quality draft MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina platforms HiSeq 2500-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 335130 NCBI Bio- PRJNA335130 Project Accession Project Environmental relevance and biotechnological MIGS ID Property Domain Bacteria Current Classification Phylum Firmicutes Class Bacilli Order Bacillales Family Bacillaceae Genus Salipalu dib aci Hus Species aurantiacus Strain S9 Gram stain Positive Cell shape Rod Motility Non-motile Sporulation Endospore- former Temperature 20-45[degrees]C range Optimum Temp. 37[degrees]C Carbon Varied source Energy Heterotrophic source MIGS-6 Habitat Marine salt marsh MIGS-6.3 Salinity NaCl MIGS-22 Oxygen Aerobic/ Facultative anaerobe MIGS-15 Biotic relationship Free living MIGS-14 Pathogenicity None MIGS-4 Geographic Narayan location sarovar, India MIGS-5 Sample collection 21/09/2014 time MIGS-4.3 Depth 1 m MIGS-4.4 Altitude Not recorded MIGS-31 Finishing Permanent quality draft MIGS-28 Libraries used Shotgun MIGS-29 Sequencing Illumina platforms HiSeq 2500-1TB MIGS-30 Assemblers Newbler v.2.8 MIGS-32 Gene calling method Glimmer 3.02 NCBI project ED 335131 NCBI Bio- PRJNA335131 Project Accession Project Environmental relevance and biotechnological

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