Sentences with phrase «increasing buffering capacity»

Elevating muscle carnosine with beta - alanine supplementation is hypothesized to enhance the contractility of muscles through increasing buffering capacity [source].

Working in part by increasing the buffering capacity of working muscles, Beta - Alanine allows athletes to workout harder for longer periods of time.

Lower calcification rates would reduce the alkalinity pump, reduce surface CO2 and increase the buffering capacity of surface waters.

Not exact matches

«The key benefits of organic - based fertilisers are that they contain a readily available nutrient supply; they result in better nutrient utilisation; they stimulate soil micro-organisms, they reduce nutrient losses into the environment; they buffer the acidifying effect due to compost; they increase Cation Exchange Capacity (CEC) of soils, and they contain naturally chelated trace elements within humus», says Paul Baguely, PG Ag Consulting.

The scientists showed that this increases their hatchability on morinda, probably as a result of the augmented buffering capacity of the embryos.

The CarnoSyn ® team had many opportunities to help educate conference attendees about the science supporting beta - alanine supplementation, which ultimately leads to increased muscle buffering capacity and results in greater physical working capacity, enhanced muscle endurance and delayed muscle fatigue.

● Concentric Hypertrophy of the Heart — Increased stroke volume ● EPOC — Increased After Burn ● Time Efficient ● Weight Loss ● Increased Insulin Sensitivity — Glycogen Depletion ● Opioid High — Feels Soooo Good ● Improved Buffering Capacity (Lactate) ● Improved Anaerobic Capacity & Power if programmed correctly.

The pace of the completely man - made CO2 increase (by now the CO2 concentration is higher than at any time in the past three million years) leads to a rapid acidification of the world's oceans, because it overcomes the buffer capacity of the oceans.

If we're patient enough to wait 5 - 10 kyr, the buffer capacity is increased by the dissolution of CaCO3.

The resulting decline in the buffering capacity of the inorganic carbonate system (increasing Revelle factor) sets up a theoretically predicted feedback loop whereby the invasion of anthropogenic CO2 reduces the ocean's ability to uptake additional CO2.

However in coral reefs, that loss of buffering capacity at lower pH is counteracted to a degree by increased dissolution of calcium carbonate minerals.

Boron isotope data Arabian Margin (Neo-Tethyan Ocean) combined with a quantitative modelling suggest that during the latest Permian, increased ocean alkalinity primed the Earth system with a low level of atmospheric CO2 and a high ocean buffering capacity.