- published: 22 Apr 2016
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DNA² (Japanese: D・N・A² ~何処かで失くしたあいつのアイツ~, Hepburn: Dī En Ei Tsū: Dokoka de Nakushita Aitsu no Aitsu) is a science fiction manga series written and illustrated by Masakazu Katsura. It was serialized across Shueisha's Weekly Shōnen Jump magazine between 1993 and 1994, spanning a total of five tankōbon volumes.
DNA² was adapted into a 12-episode anime television series which ran on Nippon Television from October 7, 1994 to December 23, 1994. This was followed by a three-episode anime original video animation (OVA) in 1995. Produced by Madhouse and Studio Deen, the anime series was directed by Jun'ichi Sakata, whereas the character designer and animation director for the series was Kumiko Takahashi. DNA² has been broadcast in Japan by Animax, which has also aired the series across its respective networks worldwide, including its English-language networks in Southeast Asia and South Asia. All 15 episodes were licensed in North America by Central Park Media until their closing in 2009. The five volumes and box set are out-of-print. Discotek Media has since re-licensed the series for a DVD release in 2014.
DNA2.0 provides products and services for life science and Synthetic biology research. DNA2.0 also provides free access to research tools such as Gene Designer, DNA Atlas and a gRNA designer.
DNA2.0 was founded in 2003, in Menlo Park, California. The company is privately held and continues to have all research, development and production in Menlo Park, California. It began and continues as a gene synthesis and protein engineering provider to academia, government and the pharmaceutical, chemical, agricultural and biotechnology industries. Gene Synthesis rapidly replaced molecular cloning for many academic and corporate labs, as "foundries for the biotechnology age" allowing made-to-order genes for biological research. DNA2.0 was featured on the PBS show Nova ScienceNow to show how genes are created synthetically in a lab. In 2008, the company supplied some of the DNA stretches used to create a synthetic bacterial genome.Dan Rather Reports included DNA2.0 in their episode on Synthetic Biology and how it is solving "some of the most important problems facing the world." In 2009, The Scientist named the codon design algorithms (now tradmarked as GeneGPS) developed by DNA2.0 as one of the Top 10 Innovations of the year for Life Sciences. DNA2.0 developed the Electra Vector System, a universal cloning system that utilizes the type IIS restriction enzyme SapI and T4 DNA ligase in a single-tube reaction. DNA2.0 has made some molecular components, such as synthetic fluorescent proteins, available in open-access collections of DNA parts (BioBricks Foundation). DNA2.0 is a founding member of the International Gene Synthesis Consortium (IGSC) to promote biosecurity in the gene-synthesis industry. There are over 1,100 published scientific articles using DNA2.0 products and/or services, of which 43 include company employees as an author(s).
DNA is the seventh studio album by Brazilian recording artist Wanessa, released on July 28, 2011 by Sony Music Entertainment.
Musically, the album was influenced by contemporary pop, and other genres, with elements like funk carioca and R&B. DNA was produced by Mr. Jam and Dennonyx. The first information about DNA appeared in 2010 in an interview with radio Transamerica, revealing that the album would be entirely in English. The recording sessions started in São Paulo, Brazil and it was finished and mastered in New York, in the Sterling Sound Studios.
On November 13, 2010 Wanessa revealed in an interview for the radio Transamerica her new album was recorded in early 2011, with an electropop dance sound, and would include the four songs from her EP "Party Line", "Stuck on Repeat", "Falling For U" and "Worth It". On January 8, 2011, against the comments that it would launch an international album, Wanessa, in an interview for Rolling Stone Brazil said that, her plans were to set herself in Brazil. In the same interview, the singer said she would be entering the studio to release her album at the end of March, which would be entirely in English and focusing on pop and a remix of the single "Stuck On Repeat", produced by American DJ Dave Aude, known by his work with Lindsay Lohan, Hilary Duff and Lady Gaga.
A rugby league football team consists of thirteen players on the field, with four substitutes on the bench. Players are divided into two general categories, forwards and backs.
Forwards are generally chosen for their size and strength. They are expected to run with the ball, to attack, and to make tackles. Forwards are required to improve the team's field position thus creating space and time for the backs. Backs are usually smaller and faster, though a big, fast player can be of advantage in the backs. Their roles require speed and ball-playing skills, rather than just strength, to take advantage of the field position gained by the forwards.
The laws of the game recognise standardised numbering of positions. The starting side normally wear the numbers corresponding to their positions, only changing in the case of substitutions and position shifts during the game. In some competitions, such as Super League, players receive a squad number to use all season, no matter what positions they play in.
The center (or Jordan center) of a graph is the set of all vertices of minimum eccentricity, that is, the set of all vertices A where the greatest distance d(A,B) to other vertices B is minimal. Equivalently, it is the set of vertices with eccentricity equal to the graph's radius. Thus vertices in the center (central points) minimize the maximal distance from other points in the graph.
Finding the center of a graph is useful in facility location problems where the goal is to minimize the worst-case distance to the facility. For example, placing a hospital at a central point reduces the longest distance the ambulance has to travel.
The concept of the center of a graph is related to the closeness centrality measure in social network analysis, which is the reciprocal of the mean of the distances d(A,B).
The Center District (Slovene: Četrtna skupnost Center), or simply the Center, is a district (mestna četrt) of the City Municipality of Ljubljana in the center of Ljubljana, the capital of Slovenia. It has an area of about 5 square kilometres (1.9 sq mi).
The district's major thoroughfares are Slovene Street (Slovenska cesta), Čop Street (Čopova ulica), Cankar Street (Cankarjeva cesta), Wolf Street (Wolfova ulica), Trubar Street (Trubarjeva cesta), and Miklošič Street (Miklošičeva cesta), and the major squares are Congress Square (Kongresni trg), Croatian Square (Hrvatski trg), Liberation Front Square (Trg Osvobodilne fronte), Prešeren Square (Prešernov trg), Republic Square (Trg republike), and Slovene Square (Slovenski trg).
Coordinates: 46°03′06″N 14°30′22″E / 46.05167°N 14.50611°E / 46.05167; 14.50611
DNA2.0 is more than just a DNA company. Protein expression and protein engineering solutions.
Hello! This video is designed as a brief educational curriculum supplement for the Science in Service Plant Biology Genetic Modification unit. It is meant to be showed after the "Candy Genes" activity, and is a suitable overview look at the DNA2.0 CRISPR-Cas9 order-form-esque website for our middle school mentees. This curriculum is sponsored by the Haas Center for Public Service and the NSF. The authors have no affiliation with the DNA 2.0 website. This video is intended for educational use, and thus, there is no potential for copyright-related issues.
20' x 16' mural I was commissioned to make in July 2016 for biotech company: DNA2.0 Montana Colors Water-based Paint in Montana Colors 8mm Paint Pen Contact me at: garrettleaver@gmail.com garrettleaver.com/
Learn more at www.DNA20.com Gene synthesis allows researchers to tailor gene sequences for optimal utility for any application. However, the relationship between gene sequence and expression is complex and depends on a wide range of sequence variables. DNA2.0 uses a systematic engineering approach, GeneGPS™, to navigate these variables with a minimal number of test genes to optimize performance. Application of this approach with a variety of protein targets and expression hosts will be described.
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