Greg Bownds

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.

Career

Beginning

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 (TV station)

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.

History

Troponin T

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.

Tears

Tearing (/ˈtiərɪŋ/), lacrimation, or lachrymation, (from Latin lacrima, meaning "tear") is the secretion of tears, which often serves to clean and lubricate the eyes in response to an irritation of the eyes. Tears formed through crying are associated with strong internal emotions, such as sorrow, elation, emotion, love, awe or pleasure. Laughing or yawning may also lead to the production of tears.

Physiology

In humans, the tear film coating the eye, known as the precorneal film, has three distinct layers, from the most outer surface:

Having a thin tear film may prevent one's ability to wear contact lenses, as the amount of oxygen needed is higher than normal, and contact lenses stop oxygen from entering the eye. Eyes with thin tear film will dry out while wearing contact lenses. Special eye drops are available for contact lens wearers. Certain types of contact lenses are designed to let more oxygen through to the eye.

Drainage of tear film

The lacrimal glands secrete lacrimal fluid, which flows through the main excretory ducts into the space between the eyeball and lids. When the eyes blink, the lacrimal fluid is spread across the surface of the eye. Lacrimal fluid gathers in the lacrimal lake, and is drawn into the puncta by capillary action, then flows through the lacrimal canaliculi at the inner corner of the eyelids entering the lacrimal sac, then on to the nasolacrimal duct, and finally into the nasal cavity. An excess of tears, as with strong emotion, can thus cause the nose to run.

Instant Pleasure (album)

Instant Pleasure is Rockell's second album, released on October 10, 2000 on Robbins Entertainment. It is more pop oriented than her debut and was mostly produced by Tony Moran and Hex Hector. The album features the hit singles "What U Did 2 Me", "Tears" and "The Dance".

Track listing

Chart positions

Singles - Billboard (North America)

Tears of wine

The phenomenon called tears of wine is manifested as a ring of clear liquid, near the top of a glass of wine, from which droplets continuously form and drop back into the wine. It is most readily observed in a wine which has a high alcohol content. It is also referred to as wine legs, curtains, or church windows.

Cause

The effect is a consequence of the fact that alcohol has a lower surface tension than water. If alcohol is mixed with water inhomogeneously, a region with a lower concentration of alcohol will pull on the surrounding fluid more strongly than a region with a higher alcohol concentration. The result is that the liquid tends to flow away from regions with higher alcohol concentration. This can be easily and strikingly demonstrated by spreading a thin film of water on a smooth surface and then allowing a drop of alcohol to fall on the center of the film. The liquid will rush out of the region where the drop of alcohol fell.

Wine is mostly a mixture of alcohol and water, with dissolved sugars, acids, colourants and flavourants. Where the surface of the wine meets the side of the glass, capillary action makes the liquid climb the side of the glass. As it does so, both alcohol and water evaporate from the rising film, but the alcohol evaporates faster, due to its higher vapor pressure. The resulting decrease in the concentration of alcohol causes the surface tension of the liquid to increase, and this causes more liquid to be drawn up from the bulk of the wine, which has a lower surface tension because of its higher alcohol content. The wine moves up the side of the glass and forms droplets that fall back under their own weight.