Influence of redox potential of different water quality on the human blood

Matsiyevska, Oksana

doi:10.15587/2312-8372.2017.93633

Cited by 5 publications

(3 citation statements)

References 11 publications

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“…ORP is an important parameter to analyze the quality of drinking water. [15] In the present study, the ORP value of HWS Al Aridhah was −17.5 mV before open-air exposure. Still, the ORP value was increased to −66.9 mV after open-air exposure indicated bacterial contamination.…”

Section: Resultssupporting

confidence: 43%

Untitled

2021

IJGP

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Introduction: Balneotherapy is the medicinal use of thermal water from a natural spring. Saudi Arabia has blessed with many hot water springs (HWSs) across the country. One among them is Al Aridhah, situated in Jazan Province. The present work is focused on analyzing physicochemical and bacteriological load in HWS samples. Materials and Methods:The physicochemical parameters of HWS were determined by performing dissolved oxygen (DO), total dissolved solids (TDS), pH, oxidative reduction potential (ORP), zeta potential (ZP), PDI, and % PDI before and after open-air exposure of HWS for 2 weeks. The bacteriological load of HWS was analyzed by determining colony-forming unit on the agar plates before and after open-air exposure. Results: The level of DO, pH, TDS, conductivity, ORP, ZP, PDI, % PDI, and the bacteriological load was increased after exposure to open air for 2 weeks. The present study suggested that physicochemical parameters were suitable except TDS level. The HWS showed a higher TDS level that exceeds the World Health Organization standard limitation values, indicating that the water is not suitable for drinking purposes. However, HWS can be used for medicinal purposes externally. Conclusion: Fresh hot water spring of Al Aridhah showed excellent physicochemical characterization except TDS and it was found to contain insignificant bacterial contamination.

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Section: Resultssupporting

confidence: 43%

Untitled

2021

IJGP

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“…Óñ³ çðàçêè ìàþòü ñëàáêîëóaeíó ðåàêö³þ (7,1-8,39) òà çíàõîäÿòüñÿ â ìåaeàõ, âñòàíîâëåíèõ ³ñíóþ÷èìè íîðìàòèâàìè äëÿ ïèòíî¿ âîäè (6,(5)(6)(7)(8)5).…”

Section: îáãîâîðåííÿunclassified

“…Îñòàíí³ì ÷àñîì çðîñòàº ³íòåðåñ äî âèâ÷åííÿ îêèñíî-â³äíîâíîãî ïîòåíö³àëó (ÎÂÏ) âîäè, ÿêèé ïðîïîíóºòüñÿ âêëþ÷èòè äî ïåðåë³êó êðè-òåð³¿â ÿêîñò³ ïèòíî¿ âîäè. Äîñë³äaeåííÿìè äîâåäåíî, ùî âaeèâàííÿ ïèòíî¿ âîäè ç â³ä'ºìíèì çíà÷åííÿì ÎÂÏ ïîêðàùóº ñòàí êðîâ³ [5]. Îïòèìàëüíå çíà÷åííÿ îêèñíî-â³äíîâíîãî ïîòåíö³àëó âîäè ìàº íàáëèaeàòèñÿ äî ÎÂÏ á³îëîã³÷íèõ ð³äèí îðãàí³çìó ëþäèíè: êðîâ³, ïëàçìè, ñèðîâàòêè: â³ä -50 äî -100 ìÂ [6].…”

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Some of the Important Physical and Chemical Properties of a Number of Mineral Waters Widely used in Everyday Life

Petrusha¹,

Rylsky²,

Gvozdyak³

2018

Innov Biosyst Bioeng

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Äîáðå â³äîìî, ùî âîäà º ðîç÷èííèêîì ³ òðàíñ ïîðòåðîì ïðîäóêò³â îáì³íó, ïîaeèâíèõ, á³î-ëîã³÷íî àêòèâíèõ òà ³íøèõ ðå÷îâèí ó êë³òèíàõ aeèâèõ ³ñòîò, à äëÿ áàãàòüîõ îðãàí³çì³â-ùå é ñåðåäîâèùåì ³ñíóâàííÿ. Âñ³ á³îõ³ì³÷í³ ïðîöåñè áóäü-ÿêèõ îðãàí³çì³â-ðîñëèí, òâàðèí, ì³êðî-îðãàí³çì³â-â³äáóâàþòüñÿ çà ó÷àñòþ âîäè, ùî âèñòóïàº ÿê ñóáñòðàòîì, òàê ³ ìåòàáîë³òîì [1]. Çàáåçïå÷åííÿ íàñåëåííÿ ÿê³ñíîþ ïèòíîþ âîäîþ º îäí³ºþ ç íàãàëüíèõ ïðîáëåì. Çà îô³-ö³éíèìè äàíèìè, ó ñâ³ò³ 80 % õâîðîá íàñåëåííÿ ïîâ'ÿçóºòüñÿ ³ç âaeèâàííÿì íåäîáðîÿê³ñíî¿ ïèòíî¿ âîäè [2, 3]. Âîäà ÿê óí³âåðñàëüíèé ðîç-÷èííèê çäàòíà ðîç÷èíÿòè ð³çíîìàí³òí³ ðå÷îâè-íè, êèñåíü, ì³íåðàëè, ç ÿêèìè âîíà êîíòàêòóº, íàêîïè÷óâàòè ïîðÿä ³ç êîðèñíèìè íåáàaeàí³ àáî íàäëèøêîâ³ äëÿ îðãàí³çìó ëþäèíè êîíöåíòðàö³¿ ðîç÷èíåíèõ ðå÷îâèí îðãàí³÷íîãî ïîõîäaeåííÿ, ³îí³â âàaeêèõ ìåòàë³â òîùî. Öå ñòàº îñîáëèâî àêòóàëüíèì ³ç ïîñèëåííÿì òåõíîãåííîãî çàáðóäíåííÿ äîâê³ëëÿ. Òîìó äëÿ íîðìàëüíîãî ôóíêö³îíóâàííÿ îð-ãàí³çìó íåîáõ³äíî ïîñò³éíî ïîïîâíþâàòè âîäó, ùî âèä³ëÿºòüñÿ. Â ïðîöåñ³ aeèòòºä³ÿëüíîñò³ îðãà-í³çì ëþäèíè âòðà÷àº áàãàòî ñîëåé òà ì³êðîåëå-ìåíò³â, ³ ñàìå ì³íåðàëüí³ âîäè ìîaeóòü ñòàòè àäåêâàòíèì äaeåðåëîì ¿õ ïîïîâíåííÿ. Ïîñò³éíèé ñèñòåìíèé êîíòðîëü ÿêîñò³ ïèòíî¿ âîäè âñ³õ ïðèçíà÷åíü òàêîae º äóaeå âàaeëèâèì ôàêòîðîì íîð ìàëüíîãî ôóíêö³îíóâàííÿ îðãàí³çìó ëþäèíè.

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Features of fish breeding in water with electrochemical redox potential

et al. 2021

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One of the most significant factors in regulating the parameters of redox reactions occurring in any liquid medium is the electron activity or redox potential (RP) of this medium. Water that has a negative RP is easily absorbed by the body and replenishes the cells with lost negative charges and energy. As a result of the conducted studies, it was found that the hydrochemical parameters in the experimental and control variants were within the standard values for growing tilapia juveniles. It was found that the redox potential of the blood of juvenile tilapia has a negative value of - 96 mV. It is recorded that at a sufficiently low water temperature for thermophilic tilapia (21 °C) and at a negative RP (-212 mV), a high growth rate of fish is observed. It was found that the use of water with a redox potential of -100 mV is the most effective, since the linear weight gain of juveniles increases by 41 % in comparison with the control. Tilapia juveniles grown in structured water have the highest levels of hemoglobin (62-64 g/l) and total serum protein (13.3-14.3 g/l).

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Influence of redox potential of different water quality on the human blood

Cited by 5 publications

References 11 publications

Untitled

Untitled

Some of the Important Physical and Chemical Properties of a Number of Mineral Waters Widely used in Everyday Life

Features of fish breeding in water with electrochemical redox potential

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