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Sudakov, S. K.; Medvedeva, O. F.; Rusakova, I. V.; Figurina, I. B.

doi:10.1023/a:1014511415473

Cited by 7 publications

(2 citation statements)

References 5 publications

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“…We previously showed that Fischer-344 rats were highly sensitive to the analgesic and positive reinforcing effects of morphine. The density of cerebral opioid receptors was decreased in these animals [1,2,7]. Presumably, the presence of antiidiotypic antibodies in the blood through its direct agonistic effect on the peripheral opioid receptors leads to "reflected" effects in the CNS, which can result in increased sensitivity to the analgesic and positive reinforcing effects of opiates.…”

Section: S K Sudakov and I V Rusakovamentioning

confidence: 99%

Effect of Rat Immunization with Antimorphine Antibodies on Morphine Sensitivity and Predisposition to Dependence Formation

Sudakov

Rusakova

2005

Bull Exp Biol Med

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Active immunization of rats with mouse antibodies to morphine leads to the formation of antiidiotypic antibodies. This is paralleled by an increase in animal sensitivity to the analgesic and positive reinforcing effects of morphine, slower development of tolerance and formation of craving. These data indicate the possibility of active immunization against antibodies to morphine/heroin for the prevention of opium addiction relapses.

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Section: S K Sudakov and I V Rusakovamentioning

confidence: 99%

Effect of Rat Immunization with Antimorphine Antibodies on Morphine Sensitivity and Predisposition to Dependence Formation

Sudakov

Rusakova

2005

Bull Exp Biol Med

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“…According to Sudakov et al [71], the impact of caffeine use depends on the genetic susceptibility to the drug as well as environmental elements, such as social isolation. Anxiety only rose in low-anxious rats kept in comfortable environments following chronic caffeine use, while short-term caffeine consumption had a more noticeable effect on highanxious rats, especially those placed individually [71].…”

Section: Short-term Studies On Animalsmentioning

confidence: 99%

Caffeine and Taurine from Energy Drinks—A Review

Mihaiescu,

Turti,

Souca

et al. 2024

Cosmetics

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The purpose of this paper is to review the specialized literature to highlight the effects produced by energy drinks in terms of skin health. To carry out this review, we consulted previous articles with descriptive cross-sectional designs, case series, and individual case reports published between 2000 and 2023. Therefore, while caffeine acute consumption among adults can have beneficial effects, in children, it can cause health problems like overnight breaks, headaches, and dulled cognition since their organs are still developing and their endocrine system is not yet stable. Despite the antioxidant and neuroprotective effects of caffeine from energy drinks, their excessive consumption among adolescents can cause disorders like high systolic blood pressure, agitation, nausea, anxiety, osteoporosis, heart palpitations, poor sleep quality, and stomach ulcers. Among athletes, taurine supplementation has been proven to improve exercise capacity in cold weather conditions. Also, vigilance, attention, and reaction time were all improved by caffeine consumption. Caffeine administration in low doses caused a risk of cardiovascular disease. It was effective in treating migraines in children, but raised systolic blood pressure, and contributed to skin healing in adolescents. On the other side, taurine prevents obesity among children, causes positive effects on oxidative stress and inflammation in adolescents, helps shield the skin from damaging oxidative stress among students, and impacts exercise capacity in athletes. Significant increases in serum levels of uric acid, creatinine, BUN, ALT, and ALP caused by chronic intake of EDs indicated different degrees of injury to the kidneys and liver. Furthermore, the effects on the cardiovascular system could be worse if taurine and caffeine are combined. Caffeine alone does not significantly decrease sleep as much as a taurine/high caffeine ratio. On the other hand, a low ratio does.

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Influence of Caffeine Consumption by Pregnant Rats on Behavior and Learning in Their Offspring

et al. 2018

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We studied the effect of long-term prenatal administration of caffeine on the behavior and learning of rats in postnatal ontogeny. Experiments were carried out on male rats born by females receiving caffeine solution as the only source of fluid throughout gestation. The control group consisted of pups obtained from females receiving drinking water throughout pregnancy. It was found that long-term caffeine intake by female rats during pregnancy determined increased locomotor activity of the offspring. Rat pups born from mothers treated with caffeine during pregnancy faster reached the underwater platform in the Morris maze, i.e. demonstrated better spatial memory formation than control animals.

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Cited by 7 publications

References 5 publications

Effect of Rat Immunization with Antimorphine Antibodies on Morphine Sensitivity and Predisposition to Dependence Formation

Effect of Rat Immunization with Antimorphine Antibodies on Morphine Sensitivity and Predisposition to Dependence Formation

Caffeine and Taurine from Energy Drinks—A Review

Influence of Caffeine Consumption by Pregnant Rats on Behavior and Learning in Their Offspring

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