New START

New START (Strategic Arms Reduction Treaty) (Russian: СНВ-III, SNV-III) is a nuclear arms reduction treaty between the United States of America and the Russian Federation with the formal name of Measures for the Further Reduction and Limitation of Strategic Offensive Arms. It was signed on 8 April 2010 in Prague, and, after ratification, entered into force on 5 February 2011. It is expected to last at least until 2021.

New START replaced the Treaty of Moscow (SORT), which was due to expire in December 2012. In terms of name, it is a follow-up to the START I treaty, which expired in December 2009, the proposed START II treaty, which never entered into force, and the START III treaty, for which negotiations were never concluded.

Under terms of the treaty, the number of strategic nuclear missile launchers will be reduced by half. A new inspection and verification regime will be established, replacing the SORT mechanism. It does not limit the number of operationally inactive stockpiled nuclear warheads that remain in the high thousands in both the Russian and American inventories.

Kuiba 3

Kuiba 3 (Chinese: 魁拔Ⅲ战神崛起) is a 2014 Chinese animated fantasy action adventure film directed by Wang Chuan, Zhang Gang and Zhou Jie. It was released on October 1 in China. The film is preceded by Kuiba 2 (2013) and will be followed by Kuiba 4, scheduled for release in 2017.

Voice cast

Reception

The film earned CN¥24.298 million at the Chinese box office.

References

Xenosaga Episode III

Xenosaga Episode III: Also Sprach Zarathustra (ゼノサーガ エピソードIII ツァラトゥストラはかく語りき, Zenosāga Episōdo Surī Tsaratusutora wa Kaku Katariki) is a role-playing video game for the PlayStation 2, and the third game in the primary Xenosaga trilogy. Also sprach Zarathustra, literally "Thus spoke Zarathustra", is also the title of Friedrich Nietzsche's most famous work, which introduced the concept of the Übermensch. The game was developed by Monolith Soft and published by Namco for the PlayStation 2 on July 6, 2006, in Japan and on August 29, 2006, in North America.

Development

Resistance (1992 film)

Resistance is a 1992 Australian film set in the future in a military dictatorship.

References

External links

Resistance (V franchise)

This is a list of the known members of the Resistance, a fictional worldwide movement consisting of a large number of groups dedicated to fighting the Visitors in the V science fiction franchise.

The Atkins

David Atkins was a scientist and a widely respected Professor at Caltech University, as an expert in psycho-cybernetics and computer technology. Later as he became a computer Doctor working for Science Frontiers, where he became friends with Kyle Bates. He was a good person and had a son named Henry, whom he was proud of and had higher expectations for when he got older. When the Visitors came and started discrediting scientists, they ruined his career, and was fired from his position. To make ends meet, he opened a small market shop called "Atkins Deluxe Market", which he ran with Henry. Despite him having lost everything during the First Invasion, David still wanted his son to be a great scientist and taught him everything he knew about computers, leading Henry to become an expert himself and run many personal projects in making computers better.

Drug resistance

Drug resistance is the reduction in effectiveness of a drug such as an antimicrobial, anthelmintic or an antineoplastic in curing a disease or condition. When the drug is not intended to kill or inhibit a pathogen, then the term is equivalent to dosage failure or drug tolerance. More commonly, the term is used in the context of resistance that pathogens have "acquired", that is, resistance has evolved. Antimicrobial resistance and antineoplastic resistance challenge clinical care and drive research. When an organism is resistant to more than one drug, it is said to be multidrug-resistant. Even the immune system of an organism is in essence a drug delivery system, albeit endogenous, and faces the same arms race problems as external drug delivery.

The development of antibiotic resistance in particular stems from the drugs targeting only specific bacterial molecules (almost always proteins). Because the drug is so specific, any mutation in these molecules will interfere with or negate its destructive effect, resulting in antibiotic resistance.