Gash may refer to:
Gash is a Foetus album released in 1995 by Sony/Columbia. Gash is the only Foetus album to appear on a major label and their most widely distributed, with releases in North America, Europe, and Japan. Gash is Columbia Records #CK 66461.
All songs written and composed by J. G. Thirlwell.
Gash is the debut EP by the neo-psychedelia band Pram. It was released in 1992 on Howl Records.
Originally a six song album, the EP was re-released in 1997 as a full-length record on the æ label. Five more tracks were added to the release.
All lyrics written by Rosie Cuckston, except "Inmate's Clothes" co-written by Sam Owen, all music composed by Pram.
Gregory James Bownds (born 20 February 1977) better known by his stage name TNT, is an Australian professional wrestler and promoter, currently owning and promoting the Australasian Wrestling Federation.
Bownds is one of the more experienced active wrestlers in Australia, being the owner of the AWF promotions and headlining for many other independent promotions across Australia. Bownds has also wrestled in Japan, where he has worked for Pro Wrestling ZERO1-MAX, and Dragon Gate, one of very few Australian wrestlers to do so. He also has studied Mexican lucha libre wrestling whilst in Mexico. He also organises wrestling shows Australia wide for the Supanova Pop Culture Expo.
Bownds wrestled as "Tommy the Cat" and then "TNT Kid" for World Wide Wrestling and Australian Championship Wrestling. He won the Australasian Tag Team Championship with Kiss before leaving the promotion after a backstage dispute and vacated the title. In 1998 Bownds defeated Mark Mercedes for the ACW Australian Heavyweight title in Fairfield, New South Wales when he was 21 years old. From here Bownds moved to International Wrestling Australia in 1998 where he became a popular face. An ankle injury put him out of action for six months in 1999 until he formed the Australasian Wrestling Federation.
TNT is a television station based in Launceston, Tasmania, Australia. Originally broadcasting only to Launceston and Northern Tasmania, it has broadcast to the whole of Tasmania since aggregation of the Tasmanian television market in 1994. It is now known as Southern Cross Tasmania.
Troponin T is a part of the troponin complex. It binds to tropomyosin, interlocking them to form a troponin-tropomyosin complex.
The tissue-specific subtypes are:
Troponin T binds to tropomyosin and helps position it on actin, and with the rest of the troponin complex modulates contraction of striated muscle.
Troponin T was discovered by the German physician Hugo A. Katus at the University of Heidelberg. He also developed the troponin T assay.
In patients with stable coronary artery disease, troponin T concentrations have long been found to be significantly associated with the incidence of cardiovascular death and heart failure, but it was 2014 before it began to be accepted in predicting who would later suffer acute myocardial infarction (heart attack). A study at the Swedish Karolinska Institute, not yet formally reported in a journal, showed that high-sensitivity cardiac troponin T did have some predictive power in telling which patients with chest pain would be at risk.
In computer science, thrashing occurs when a computer's virtual memory subsystem is in a constant state of paging, rapidly exchanging data in memory for data on disk, to the exclusion of most application-level processing. This causes the performance of the computer to degrade or collapse. The situation may continue indefinitely until the underlying cause is addressed. The term is also used for various similar phenomena, particularly movement between other levels of the memory hierarchy, where a process progresses slowly because significant time is being spent acquiring resources.
If a process does not have enough pages, thrashing is a high paging activity, and the page fault rate is high. This leads to low CPU utilization. In modern computers, thrashing may occur in the paging system (if there is not sufficient physical memory or the disk access time is overly long), or in the communications system (especially in conflicts over internal bus access), etc. Depending on the configuration and algorithms involved, the throughput and latency of a system may degrade by multiple orders of magnitude. Thrashing is a state in which the CPU performs 'productive' work less and 'swapping' more. The CPU is busy in swapping pages, so much that it can not respond to users' programs as much as required. Thrashing occurs when there are too many pages in memory, and each page refers to another page. The real memory shortens in capacity to have all the pages in it, so it uses 'virtual memory'. When each page in execution demands that page that is not currently in real memory (RAM) it places some pages on virtual memory and adjusts the required page on RAM. If the CPU is too busy in doing this task, thrashing occurs.