Работа направлена на исследование информационных систем управления персоналом таможенных органов на примере Томской таможни, а также изучение современного программного обеспечения, которое позволяет оптимизировать процессы кадрового менеджмента. В процессе исследования рассматривался процесс модернизации управления персоналом в таможенных органах. Охарактеризованы изменения, связанные с внедрением информационных систем в данную сферу.
В результате исследования были выявлены те аспекты управления персоналом, в которых информатизация может оказаться наиболее эффективной. Предложены мероприятия по совершенствованию информатизации управления персоналом в таможенных органах.The work is aimed at the study of information systems for personnel management of customs authorities on the example of the Tomsk Customs, as well as the study of modern software that allows to optimize the processes of personnel management. In the process of research, the process of modernization of personnel management in customs bodies was considered. The changes connected with the introduction of information systems in this sphere are characterized.  As a result of the research, those aspects of personnel management were revealed, in which informatization can be most effective. Measures are proposed to improve informatization of personnel management in customs bodies

Andrew M. Jones (3826150)

Anni Vanhatalo (7239017)

Christopher Thompson (279551)

Jamie R. Blackwell (7240769)

Lee J. Wylie (7239374)

Rachel Tan (4605598)

Stephen Bailey (2940720)

Journal of Applied Physiology

Раздайбедина, Екатерина Витальевна

Electronic archive of Tomsk Polytechnic University

Информатизация в системе управления персоналом в таможенных органах

This is the author accepted manuscript. The final version is available from the publisher via the DOI in this record.Nitrate-rich beetroot juice (BR) supplementation increases biomarkers of nitric oxide bioavailability with implications for the physiological responses to exercise. We hypothesized that BR supplementation before and during prolonged moderate-intensity exercise would: maintain an elevated plasma nitrite concentration ([NO2-]), attenuate the expected progressive increase in VO2over time, and improve performance in a subsequent time trial (TT). In a double-blind, randomized, crossover design, 12 males completed 2-h of moderate-intensity cycle exercise followed by a 100 kJ TT in three conditions: 1) BR before and 1-h into exercise (BR+BR); 2) BR before and placebo (PL) 1-h into exercise (BR+PL); and 3) PL before and 1-h into exercise (PL+PL). During the 2-h moderate-intensity exercise bout, plasma [NO2-] declined by ~17% in BR+PL but increased by ~8% in BR+BR such that, at 2-h, plasma [NO2-] was greater in BR+BR than both BR+PL and PL+PL (P0.05). BR supplementation before and during prolonged moderate-intensity exercise attenuated the progressive rise in VO2over time and appeared to reduce muscle glycogen depletion but did not enhance subsequent TT performance

Tan, R

Wylie, LJ

Thompson, C

Blackwell, JR

Bailey, SJ

Vanhatalo, A

Jones, AM

Open Research Exeter

English

Beetroot juice ingestion during prolonged moderate-intensity exercise attenuates progressive rise in O2 uptake

 Nitrate-rich beetroot juice (BR) supplementation has been shown to increase biomarkers of nitric oxide availability with implications for the physiological responses to exercise. We hypothesized that BR supplementation before and during prolonged moderate-intensity exercise would maintain an elevated plasma nitrite concentration ([[Formula: see text]]), attenuate the expected progressive increase in V̇o2 over time, and improve performance in a subsequent time trial (TT). In a double-blind, randomized, crossover design, 12 men completed 2 h of moderate-intensity cycle exercise followed by a 100-kJ TT in three conditions: 1) BR before and 1 h into exercise (BR + BR); 2) BR before and placebo (PL) 1 h into exercise (BR + PL); and 3) PL before and 1 h into exercise (PL + PL). During the 2-h moderate-intensity exercise bout, plasma [[Formula: see text]] declined by ~17% in BR + PL but increased by ~8% in BR + BR such that, at 2 h, plasma [[Formula: see text]] was greater in BR + BR than both BR + PL and PL + PL ( P &lt; 0.05). V̇o2 was not different among conditions over the first 90 min of exercise but was lower at 120 min in BR + BR (1.73 ± 0.24 l/min) compared with BR + PL (1.80 ± 0.21 l/min; P = 0.08) and PL + PL (1.83 ± 0.27 l/min; P &lt; 0.01). The decline in muscle glycogen concentration over the 2-h exercise bout was attenuated in BR + BR (~28% decline) compared with BR + PL (~44% decline) and PL + PL (~44% decline; n = 9, P &lt; 0.05). TT performance was not different among conditions ( P &gt; 0.05). BR supplementation before and during prolonged moderate-intensity exercise attenuated the progressive rise in V̇o2 over time and appeared to reduce muscle glycogen depletion but did not enhance subsequent TT performance.  NEW &amp; NOTEWORTHY We show for the first time that ingestion of nitrate during exercise preserves elevated plasma [nitrite] and negates the progressive rise in O2 uptake during prolonged moderate-intensity exercise. </jats:p

Rachel Tan

Lee J. Wylie

Christopher Thompson

Jamie R. Blackwell

Stephen J. Bailey

Anni Vanhatalo

Andrew M. Jones

Crossref

Beetroot juice ingestion during prolonged moderate-intensity exercise attenuates progressive rise in O<sub>2</sub> uptake

Nitrate-rich beetroot juice (BR) supplementation increases biomarkers of nitric oxide bioavailability with implications for the physiological responses to exercise. We hypothesized that BR supplementation before and during prolonged moderate-intensity exercise would: maintain an elevated plasma nitrite concentration ([NO2-]), attenuate the expected progressive increase in ̇O2 over time, and improve performance in a subsequent time trial (TT). In a double-blind, randomized, crossover design, 12 males completed 2-h of moderate-intensity cycle exercise followed by a 100 kJ TT in three conditions: 1) BR before and 1-h into exercise (BR+BR); 2) BR before and placebo (PL) 1-h into exercise (BR+PL); and 3) PL before and 1-h into exercise (PL+PL). During the 2-h moderate-intensity exercise bout, plasma [NO2-] declined by ~17% in BR+PL but increased by ~8% in BR+BR such that, at 2-h, plasma [NO2-] was greater in BR+BR than both BR+PL and PL+PL (P0.05). BR supplementation before and during prolonged moderate-intensity exercise attenuated the progressive rise in ̇O2 over time and appeared to reduce muscle glycogen depletion but did not enhance subsequent TT performance

Loughborough University Institutional Repository

https://repository.lboro.ac.uk/articles/Beetroot_juice_ingestion_during_prolonged_moderate-intensity_exercise_attenuates_progressive_rise_in_O2_uptake/9618515/files/17266202.pdf

Информатизация в системе управления персоналом в таможенных органах

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Electronic archive of Tomsk Polytechnic University

Open Research Exeter

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Loughborough University Institutional Repository