73 research outputs found
Artistic Phenomenon of the Danube Poet Vladimir Reva
No full textThe article deals with the artistic phenomenon of the famous poet Bessarabia Vladimir Reva.
The material of the study was the poetry of seven collections of the author, published in different years.
A peculiar analysis of artistic and literary features and creative ideas that the author embodied in his
poetic works is offered
Homenaje a Reva. El Financiero, sección Cultura "Clicks a la distancia"
No full textReferencias bibliográficas:Reva Brooks, Photographs Reva Brooks: Mexico in Black and WhiteLeonard and Reva Brooks. Artist in Exile in San Miguel de AllendeNota sobre exposición Homenaje a Reva Brooks, que pudo verse todo agosto de 2003 en la Sala de Arte Público Siqueiros y el libro Reva Brooks, Photographs (M + M Art Press, 2003, publicado en México en inglés) una compilación de Marilyn Westlake y Margot Smallwood
Pengaruh Penambahan Abu Serabut Kelapa Desa Jejawi sebagai Filler Pengganti Pada Campuran Aspal AC WC
No full textSerabut Kelapa adalah bagian terbesar dari buah Kelapa, hingga 35% bobot buah kelapa berasal dari sabut kelapa. Penelitian ini untuk mengetahui nilai karakteristik Marshall Test pada pemakaian abu serabut kelapa yang didapatkan dari limbah serabut kelapa di Desa Jejawi Kecamatan Jejawi sebagai filler pengganti pada campuran aspal AC WC. Tujuan khusus pada penelitian yaitu untuk mengetahui seberapa besar pengaruh abu serabut kelapa sebagai filler pengganti pada campuran aspal AC WC dengan variasi 0 %, 1 %, 2 %, 3 %. Pelaksanaan penelitian seperti pembuatan benda uji, perawatan dan pengujian benda uji dilakukan pada laboratorium AMP PT. HKA. Aspal Beton UP (Unit Produksi) Musi 2 Palembang. Penelitian yang akan diuji pada campuran Asphalt Concrete Wearing Course, adalah Marshall Test dengan variasi abu serabut kelapa sebagai pengganti filler. Dari hasil penelitian ini limbah abu serabut kelapa dengan variasi 3% abu serabut kelapa yang masuk dalam nilai Spesifikasi Teknis Jalan Bebas Hambatan dan Jalan Tol Maret 2017.Serabut Kelapa adalah bagian terbesar dari buah Kelapa, hingga 35% bobot buah kelapa berasal dari sabut kelapa. Penelitian ini untuk mengetahui nilai karakteristik Marshall Test pada pemakaian abu serabut kelapa yang didapatkan dari limbah serabut kelapa di Desa Jejawi Kecamatan Jejawi sebagai filler pengganti pada campuran aspal AC WC. Tujuan khusus pada penelitian yaitu untuk mengetahui seberapa besar pengaruh abu serabut kelapa sebagai filler pengganti pada campuran aspal AC WC dengan variasi 0 %, 1 %, 2 %, 3 %. Pelaksanaan penelitian seperti pembuatan benda uji, perawatan dan pengujian benda uji dilakukan pada laboratorium AMP PT. HKA. Aspal Beton UP (Unit Produksi) Musi 2 Palembang. Penelitian yang akan diuji pada campuran Asphalt Concrete Wearing Course, adalah Marshall Test dengan variasi abu serabut kelapa sebagai pengganti filler. Dari hasil penelitian ini limbah abu serabut kelapa dengan variasi 3% abu serabut kelapa yang masuk dalam nilai Spesifikasi Teknis Jalan Bebas Hambatan dan Jalan Tol Maret 2017
Pengaruh Penambahan Abu Serabut Kelapa Desa Jejawi sebagai Filler Pengganti Pada Campuran Aspal AC WC
No full textSerabut Kelapa adalah bagian terbesar dari buah Kelapa, hingga 35% bobot buah kelapa berasal dari sabut kelapa. Penelitian ini untuk mengetahui nilai karakteristik Marshall Test pada pemakaian abu serabut kelapa yang didapatkan dari limbah serabut kelapa di Desa Jejawi Kecamatan Jejawi sebagai filler pengganti pada campuran aspal AC WC. Tujuan khusus pada penelitian yaitu untuk mengetahui seberapa besar pengaruh abu serabut kelapa sebagai filler pengganti pada campuran aspal AC WC dengan variasi 0 %, 1 %, 2 %, 3 %. Pelaksanaan penelitian seperti pembuatan benda uji, perawatan dan pengujian benda uji dilakukan pada laboratorium AMP PT. HKA. Aspal Beton UP (Unit Produksi) Musi 2 Palembang. Penelitian yang akan diuji pada campuran Asphalt Concrete Wearing Course, adalah Marshall Test dengan variasi abu serabut kelapa sebagai pengganti filler. Dari hasil penelitian ini limbah abu serabut kelapa dengan variasi 3% abu serabut kelapa yang masuk dalam nilai Spesifikasi Teknis Jalan Bebas Hambatan dan Jalan Tol Maret 2017.Serabut Kelapa adalah bagian terbesar dari buah Kelapa, hingga 35% bobot buah kelapa berasal dari sabut kelapa. Penelitian ini untuk mengetahui nilai karakteristik Marshall Test pada pemakaian abu serabut kelapa yang didapatkan dari limbah serabut kelapa di Desa Jejawi Kecamatan Jejawi sebagai filler pengganti pada campuran aspal AC WC. Tujuan khusus pada penelitian yaitu untuk mengetahui seberapa besar pengaruh abu serabut kelapa sebagai filler pengganti pada campuran aspal AC WC dengan variasi 0 %, 1 %, 2 %, 3 %. Pelaksanaan penelitian seperti pembuatan benda uji, perawatan dan pengujian benda uji dilakukan pada laboratorium AMP PT. HKA. Aspal Beton UP (Unit Produksi) Musi 2 Palembang. Penelitian yang akan diuji pada campuran Asphalt Concrete Wearing Course, adalah Marshall Test dengan variasi abu serabut kelapa sebagai pengganti filler. Dari hasil penelitian ini limbah abu serabut kelapa dengan variasi 3% abu serabut kelapa yang masuk dalam nilai Spesifikasi Teknis Jalan Bebas Hambatan dan Jalan Tol Maret 2017
The Danube Region Poetry: Personalities and Creativity
No full textThe article presents the material on the Danube region contemporary poets, whose work is
well known not only to the cultural circle of Izmail intelligentsia, but also outside the Danube region.
From the many authors, regularly published in the anthology «Literary Izmail», the author singles out
the creativite, works of Mikhail Vasilyuk, Leonid Andreyev, Vladimir Reva, Vladimir Vorobyov,
Sergei Levin, Nadezhda Parshihina, Isabella Voronova. In addition to subjective associations on
various topics, the works of these authors pay a particular interest to their native land, located in a
picturesque region near the Danube River. Each of the poets offers his own version of the lyrics,
which is the product of a talented individual inspiration coming from the subtle perception of the
landscape beauties of the Danube
SeqWord Geneteic Island Sniffer
No full text<p>Program: SeqWordSniffer on Python3<br>Author: O. Reva ([email protected])<br>Last modified: March 19, 2024</p>
<p>The old version of the program was written on Python 2.5 and published in 2009: Bezuidt O, Lima-Mendez G, Reva ON. SeqWord Gene Island Sniffer: a program to study the lateral genetic exchange among bacteria. World Acad Sci Eng Technol. 2009; 22(58): 1169-1174. (https://citeseerx.ist.psu.edu/document?repid=rep1&type=pdf&doi=7e0a97691a4b8cad4378d5e2ec31c813ea62a869). </p>
<p>To execute the program for all GenBank and/or FASTA files stored in the folder 'input', use:<br>python run.py</p>
<p>ATTENTION: INPUT FILES MUST CONTAIN A SINGLE GENOME SEQUENCE. FILES WITH MULTIPLE SEQUENCES WILL BE IGNORED.</p>
<p>To display the command prompt menu, use:<br>python run.py -m</p>
<p>WARNING: THE PROGRAM WAS TRANSLATED FROM PYTHON 2 TO PYTHON 3. NOT ALL FUNCTIONALITIES PROVIDED BY THE MENU HAVE BEEN VERIFIED.</p>
<p>To set the arguments via the command line, use:<br>python run.py [-arguments]</p>
<p>For help, use one of the following:<br>python run.py -h / -H / --help</p>
<p>To show the version, use:<br>python run.py -v / -V / --version</p>
<p>Arguments:</p>
<p> -l: <integer> Main sliding window length.<br> -b: <integer> Main sliding window step.<br> -m: <integer> Secondary sliding window length.<br> -s: <integer> Secondary sliding window step.<br> -i: <folder name> 'input' by default. Place all input files here.<br> -o: <folder name> 'output' by default. Output files are stored here.<br> -f: <no | fasta | gbk | fasta+gbk> File types to save as outputs.<br> -v: <yes/no> Save SVG plot as output.</p>
<p>The 'input' folder contains 7 example GBK files of S. aureus. Remove them before use.</p>
<p> </p>
The Danube Region Poetry: Personalities and Creativity
No full textThe article presents the material on the Danube region contemporary poets, whose work iswell known not only to the cultural circle of Izmail intelligentsia, but also outside the Danube region. From the many authors, regularly published in the anthology «Literary Izmail», the author singles out the creativite, works of Mikhail Vasilyuk, Leonid Andreyev, Vladimir Reva, Vladimir Vorobyov, Sergei Levin, Nadezhda Parshihina, Isabella Voronova. In addition to subjective associations on various topics, the works of these authors pay a particular interest to their native land, located in a picturesque region near the Danube River. Each of the poets offers his own version of the lyrics, which is the product of a talented individual inspiration coming from the subtle perception of the landscape beauties of the Danube
FoldChange Python3 script
No full text<p>This script was designed for the project:<br>"Epigenetic background of lineage-specific genome expression landscapes <br>of four Staphylococcus aureus hospital isolates"<br>to compare gene expression in different S. aureus strains<br>Author: Oleg Reva ([email protected])<br>Last update: January 26, 2024</p>
<p>Folder 'input' contains the following input files:<br> COG.txt - table of homologous genes found in 4 S.aureus genomes:<br> column 1: S.aureus 150;<br> column 2: S.aureus 597/2;<br> column 3: S.aureus 598;<br> column 4: S.aureus ATCC BAA-39;<br> Transcriptomics data files S.aureus_##_xx.txt<br> where ## - strain number (150, 597, 598, or BAA_39), <br> and xx - experimental condition:<br> ge - treatment with gentamicin;<br> cc - treatment with CC-196;<br> gecc - combined treatment;</p>
<p>Usage: python3 /path/run.py [-argument option, ...]</p>
<p>Run the script without any arguments to display a command prompt menu<br>Then press L+ENTER to load the last used options<br>Output SVG and TXT files will be stored into the directory 'output'</p>
<p>Arguments:<br> -h Show this help text<br> -i First input transcriptomics file like 'S.aureus_150_gecc.txt'<br> -a Column (integer) in COG.txt for the strain indicated in -i, like 1<br> -j Second input transcriptomics file like 'S.aureus_597_gecc.txt'<br> -b Column (integer) in COG.txt for the strain indicated in -j, like 2<br> -f Cut-off p-values (positive floating-point number). 'No' to switch this option off.</p>
<p> </p>
Perwatakan Tokoh Dalam Novel Putri Komodo Karya Michael Yudha Winarno
No full textImaginative literary works are the result of the wishful thinking of an author. The author describes a picture of a person's life through a novel. This research is entitled "Characteristics of the Characters in the Novel Putri Komodo by Michael Yudha Winarno". The problems described in this study are: (1) What is the character of the main character, the character of additional characters, (2) How does the author describe the character of the character in the novel Putri Komodo by Michael Yudha Winarno. This study aims to describe, and analyze: Characteristics in the novel Putri Komodo by Michael Yudha Winarno. The author uses the theory of character in prose fiction from Aminuddin (2014) and Burhan Nurgiyantoro (2012). This study uses a qualitative approach with a descriptive method. The data collection technique is hermeneutic technique. The data validity technique used triangulation technique. The data sources used are the entire contents of the novel Putri Komodo by Michael Yudha Winarno. The data taken in this study is the form of words and sentences that describe the character's character. The results of the research on the character of the character in the novel Putri Komodo by Michael Yudha Winarno, there is the character of the main character, namely Fanty, which is described by the author analytically (directly) and dramatic (indirectly). Additional characters Laila is described by the author analytically (directly), Rosa is described by the author analytically (directly), Mama is described by the author analytically (directly), Father is described by the author analytically (directly), Camelia, is described by the author analytically (directly), Sister Gracia the author is described analytically (directly), Grandma Ato is described by the author analytically (directly), Udis is described by the author analytically (directly), Pak Haji Sobari is described by the author analytically (directly)
SeqWord MotifMapper 3.1
No full text<p>Program SeqWord MotifMapper v3.1<br>Author: O. Reva ([email protected])<br>Last time modified: February 24, 2024</p>
<p><strong>This program was designed for data analysis represented in publication "Interplay of intracellular and trans-cellular DNA methylation in natural archaeal consortia" by Oleg N. Reva, Violetta La Cono, Francesca Crisafi, Francesco Smedile, Manasi Mudaliyar, Debnath Ghosal, Laura Giuliano, Mart Krupovic, and Michail M. Yakimov.</strong></p>
<p>Folder 'input' contains the following files:</p>
<p><strong>H.lucertense_SVX82_CP104741.gbk</strong> - whole genome sequence (chromasome and 3 plasmids) of <em>Haloferax lucertense </em>SVX82;<br><strong>N.occultus_SVXNc_CP104395.gbk</strong> - whole genome sequence (chromasome) of <em>Candidatus </em>Nanohalococcus occultus SVXNc ;<br><strong>I_H.lucertense.gff</strong> - methylation of genomic nucleotides in the genome of <em>H. lucertense </em>SVX82 grown in corsortime I (axenic cultures);<br><strong>II_H.lucertense.gff</strong> - methylation of genomic nucleotides in the genome of <em>H. lucertense </em>SVX82 grown in corsortime II (<em>H. lucertense</em>+<em>Ca</em>. N. occultus);<br><strong>II_N.occultus.gff</strong> - methylation of genomic nucleotides in the genome of <em>Ca. </em>N. occultus grown in corsortime II (<em>H. lucertense</em>+<em>Ca</em>.N. occultus);<br><strong>III_H.lucertense.gff</strong> - methylation of genomic nucleotides in the genome of <em>H. lucertense </em>SVX82 grown in corsortime III (<em>H. lucertense</em>+<em>Halorabdus </em>sp. SVX81);<br><strong>IV_H.lucertense.gff</strong> - methylation of genomic nucleotides in the genome of <em>H. lucertense </em>SVX82 grown in corsortime IV (<em>H. lucertense+Ca.</em>N. occultus+<em>Halorabdus </em>sp. SVX81);<br><strong>IV_N.occultus.gff</strong> - methylation of genomic nucleotides in the genome of <em>Ca. </em>N. occultus grown in corsortime IV (<em>H. lucertense+Ca.</em>N. occultus+<em>Halorabdus </em>sp. SVX81);</p>
<p> </p>
<p><strong>Program description:</strong></p>
<p>python run.py [-arguments]<br>python run.py -h / -H / --help - show this help<br>python run.py -v / -V / --version - show version<br>Arguments:<br> -u: # <folder> input folder, 'input' by default;<br> -o: # <folder> output folder, 'output' by default;<br> -y: # <folder> tmp folder, 'tmp' by default;<br> -i: # <file name> input GFF file in folder 'input'<br> -g: # <file name> reference GBK file in folder 'input'<br> -m: # <file name> file with masked regions in folder 'input'<br> -w: # <word> motif, like 'CTAG'<br> -d: # <INT,INT> comma separated modified nucleotides in forward stran<br> -r: # <INT,INT> comma separated modified nucleotides in reverse stran<br> -c: # <FLOAT> score cut-off, not set by default<br> -n: # <INT> number context mismatches, 2 by default<br> -z: # <Yes/No> allow motif mismatch, Yes by default<br> -p: # <INT> length of upstream promoter sequence, 75 by default<br> -f: # 'M' - show methylated motifs (default); 'U' - show unmenthylated motifs;</p>
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