The effect of craniotomy on the intracranial hemodynamics and cerebrospinal fluid dynamics in humans

Moskalenko, Yu. E.; Weinstein, G. B.; Кравченко, Т. А.; Mozhaev, S. V.; Semernya, V. N.; Feilding, Amanda; Halvorson, P.; Медведев, С. В.

doi:10.1134/s0362119708030055

Cited by 6 publications

(4 citation statements)

References 5 publications

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“…However, this dysfunction mostly recovered with time, although some limited results still remained different at the later time points, suggesting that craniotomy mainly has a temporary effect on bladder function. Craniotomy has previously been shown to disrupt intracranial hemodynamics and cerebrospinal fluid dynamics (Moskalenko et al, 2008), and may have temporarily affected neural control of the bladder by either of these mechanisms.…”

Section: Discussionmentioning

confidence: 99%

Bladder dysfunction changes from underactive to overactive after experimental traumatic brain injury

Jiang

Kokiko-Cochran

et al. 2013

Experimental Neurology

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Although bladder dysfunction is common after traumatic brain injury (TBI), few studies have investigated resultant bladder changes and the detailed relationship between TBI and bladder dysfunction. The goal of this study was to characterize the effects of TBI on bladder function in an animal model. Fluid-percussion injury was used to create an animal model with moderate TBI. Female Sprague-Dawley rats underwent TBI, sham TBI or were not manipulated (naïve). All rats underwent filling cystometry while bladder pressure and external urethral sphincter electromyograms were simultaneously recorded 1 day, 1 week, 2 weeks, and 1 month after injury. One day after injury, 70% of the animals in the TBI group and 29% of the animals in the sham TBI group showed no bursting activity during urination. Compared to naïve rats, bladder function was mainly altered 1 day and 1 week after sham TBI, suggesting the craniotomy procedure affected bladder function mostly in a temporary manner. Compared to either naïve or sham TBI, bladder weight was significantly increased 1 month after TBI and collagen in the bladder wall was increased. Bladder function in the TBI group went from atonic 1 day post-TBI to overactive 1 month post-TBI, suggesting that TBI significantly affected bladder function.

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Section: Discussionmentioning

confidence: 99%

Bladder dysfunction changes from underactive to overactive after experimental traumatic brain injury

Jiang

Kokiko-Cochran

et al. 2013

Experimental Neurology

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“…Trephined skulls have been discovered in Europe, America, Africa and Asia, dating from Mesolithic to modern times (see Campillo, ; Lisowski, ; Weber & Wahl, and references therein). There are two hypotheses for the purpose of trephination: therapeutic or magical/religious (Capasso & Di Tota, ; Moskalenko et al ., ). In both cases, the procedure is particularly delicate.…”

Section: Introductionmentioning

confidence: 97%

Evidence of Trephinations among the Garamantes, a Late Holocene Saharan Population

Nikita

Lahr

Mattingly

2011

Intl J of Osteoarchaeology

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The current communication examines three male individuals who belonged to the Garamantian civilisation, Fezzan, Libya. The individuals have been dated to AD 1-700 and exhibit signs of perforations on their crania, which appear to represent trephinations. The sophistication of the practice and its successful execution, as evidenced by traces of healing, indicate that the Garamantes possessed the knowledge of complex surgical procedures.

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“…Moreover, trepanation has been found all over the world, such as in Europe (Piggott 1940;Mariani-Costantini et al 2000;Facchini et al 2003;Weber and Wahl 2006;Lopez et al 2011;Nicklisch et al 2018;Tulumello et al 2018;Pasini et al 2019;Piombino-Mascali et al 2019), Asia (Zias and Pomeranz 1992;Sankhyan and Weber 2001;Bazarsad 2003;Han and Chen 2007;Lv et al 2013;Khudaverdyan 2016;Zhang et al 2018;Reddy and Satyamurthy 2019), America (Tello 1913;Powell 1970;Jørgensen 1988;Stone and Miles 1990;Velasco-Suarez et al 1992;Andrushko and Verano 2008;Verano 2016a;Kushner et al 2018), Africa (Margetts 1967;Nerlich et al 2003;Collado-Vázquez and Carrillo 2014), and Oceania (Houghton 1977;Vasilyev and Sviridov 2017). Anthropological and ethnographic evidences demonstrated several motivations for trepanation including post-injury treatment or postmortem rituals (Capasso and Tota 1996;Han and Chen 2007;Moskalenko et al 2008). Aufderheide et al (1998) further propose the three main reasons for ancient trepanation: therapeutic, cultural, and symbolical.…”

Section: Introductionmentioning

confidence: 99%

Early evidence of trepanation along the Yellow River Basin in Neolithic China

Zhou

Lin

et al. 2020

Archaeol Anthropol Sci

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Trepanation is a long-lasting ancient practice found around the world with diverse motivations. However, the distribution and motivation of intentional trepanation in China remain unclear. This study presents one of the earliest trepanations on a male adult individual who is unearthed from the Shuanghuaishu site in Gongyi, Henan, dating back to the late Yangshao cultural period (3500-2900 BC). The macroscopic and microscopic observation, alongside with micro-CT scan, are conducted to further evaluate the conditions on the edges of the perforation and intracranial situation. The oval perforation is located on the occipital bone, and neither fracture nor apparent healing signs are observed on the margins. Archeological evidences and simulated experiment indicate that the trepanation could be conducted by drilling the tables of the skull with a V-bladed stone tool. In view of the location of the perforation and the limited details on the edges, the motivation behind the trepanation could be due to the medical treatment of trauma on the occipital bone or a postmortem ritual. The analysis of the early trepanation along the Yellow River Basin provides further evidence on the ancient human behavior and enriches our understanding of the origin and distribution of trepanation in Neolithic China.

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The effect of craniotomy on the intracranial hemodynamics and cerebrospinal fluid dynamics in humans

Cited by 6 publications

References 5 publications

Bladder dysfunction changes from underactive to overactive after experimental traumatic brain injury

Bladder dysfunction changes from underactive to overactive after experimental traumatic brain injury

Evidence of Trephinations among the Garamantes, a Late Holocene Saharan Population

Early evidence of trepanation along the Yellow River Basin in Neolithic China

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