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The importance of the research is to improve the functional aspect of volleyball players through the use of appropriate training method, which works to build and adapt the appropriate function, including blood components, in addition to the receipt of scientific information for trainers about the role of this training, the high severity on the components of blood has applied in a manner that fits the privacy of the game of the ball of the plane. The objectives of this research are to prepare of high-intensity training on some blood measurements for young volleyball players, identification of the effect of high intensity training on some blood measurements for young volleyball players. This study concluded that, training of high-intensity fetus is of high significance in increasing blood components under the study (number of red blood cells (million/mm 3), Percentage of hemoglobin in mg (%), Number of white blood cells (Thousand/mm3), Number of thrombocytopenia (Thousand/mm3). Also, high physical load of severity gives great benefits in the components of blood, which is the most important functional component of the body functions to transfer energy and waste to and from the working muscles. [ABSTRACT FROM AUTHOR]

The importance of research is to maintain the production of energy and non-disbursement in a large way and it is only through the right and appropriate training, including the method of increasing speed and thus put the scientific information for trainers on the importance of maintaining the production of energy for players through the implementation of this training and testing. This study aimed to prepare the training of increasing speed in determining the effectiveness of creatine and phosphorus for advanced volleyball players. Also, to Identify the impact of high intensity training in determining the effectiveness of creatine and phosphorus for advanced volleyball players. This study concluded that, the technique of speed training is especially important in the production of energy after decomposition of creatine and phosphorus during the appropriate training. Also, Experimenting with appropriate training and investigating the facts of speed and its importance in the volleyball game in the production of energy through the control of creatine and phosphorus also, this study recommendations that, adopting the method of training of increasing speed is especially important in the production of energy after decomposition of creatine and phosphorus during appropriate training. Also, the need to emphasize the experimentation of appropriate training and investigating the facts of speed and its importance in the game of volleyball in the process of energy production through control creatine and phosphorus. [ABSTRACT FROM AUTHOR]

Capparis spinosa L. is a perennial plant typical of the Mediterranean flora and a multipurpose plant used for curing various human ailments. Quaternary ammonium compounds (QACs), as constituents of Capparaceae, play important roles in protecting against abiotic stress. Aim of this work was to determine QACs in root and leaves of caper from two proveniences. The presence of stachydrine, choline, glycine betaine and homo-stachydrine has been confirmed by high resolution MS, while 1H NMR was applied to quantify the main QACs in the aqueous extracts. Stachydrine was quantified at 20.2 mg/g and 32.3 mg/g on dry leaves from South of Italy and Saudi Arabia, respectively, while a minor content was in dry roots (from 10.4 to 12.5 mg/g). Choline was considerably lower both in leaves and roots (from 0.3 to 1.2 mg/g). To our knowledge, this is the first report on the determination of QACs both in root and leaves of C. spinosa. [ABSTRACT FROM AUTHOR]

Capparis spinosa L. is a perennial plant typical of the Mediterranean flora and a multipurpose plant used for curing various human ailments. Quaternary ammonium compounds (QACs), as constituents of Capparaceae, play important roles in protecting against abiotic stress. Aim of this work was to determine QACs in root and leaves of caper from two proveniences. The presence of stachydrine, choline, glycine betaine and homo-stachydrine has been confirmed by high resolution MS, while 1 H NMR was applied to quantify the main QACs in the aqueous extracts. Stachydrine was quantified at 20.2 mg/g and 32.3 mg/g on dry leaves from South of Italy and Saudi Arabia, respectively, while a minor content was in dry roots (from 10.4 to 12.5 mg/g). Choline was considerably lower both in leaves and roots (from 0.3 to 1.2 mg/g). To our knowledge, this is the first report on the determination of QACs both in root and leaves of C. spinosa.