Scientific Program

Conference Series Ltd invites all the participants across the globe to attend World Congress on Advances in Brain Injury, Disorders and Therapeutics | Tokyo, Japan.

Day 1 :

Conference Series Brain Therapeutics 2019 International Conference Keynote Speaker Xi Huang photo
Biography:

Nanjing University of Chinese Medicine, China

Abstract:

Depression and Functional Dyspepsia (FD) are characterized by comorbidity, overlap depressed and nausea etc. and specially one-disease-one-drug-one-target with inefficacy. Parted accumulations of depression or FD’s pathogenesis mediated by α2-adrenoreceptor or ghrelin etc. are considerable but shared little. Antidepressant (A) or prokinetic (P) agents are many but few A&P. Hippocampus or thalamus-coupled depression or FD is countless but void comorbidity. Ancient Gan-Zhu-Shu-Xie(GZSX whose representative TCM is Chaihu-Shugan-San) clued us to discover simultaneous antidepressant from prokinetic Meranzin Hydrate (MH) via shared α2-adrenoreceptor in acutely Forced Swimming (FS) rat from homogeneous comparison.Here we via Chaihu-Shugan-San as tool study causalities from monism (FS, MH and ghrelin) to dualism (gut-brain disorder,A&P and shared regulation) and fuse above via 7.0 T fMRI-BOLD signal, compared with well-known mechanism of positivecontrol. Top 3 foci of BOLD following FS rat with depressed behavior and hypomotility (DB&H) are activities of Hippocampus-
Thalamus-Basal ganglia (HTB) circuit. A&P MH similar to CSS stimulated deactivation of 4.02-fold for hippocampus and 1.45-fold for thalamus than fluoxetine. Ghrelin antagonist [D-Lys3]-GHRP-6 synchronously inhibited above A&P and BOLD HTB foci. As expected, prokinetic mosapride only acted on thalamus and basal ganglia and nothing for hippocampus. Among HTB, hippocampus is as protagonist for depression and deputy for FD, thalamus is on the contrary, often basal ganglia is as projection to HT according to percentage of HTB each from search of PubMed. This functionally novel connection of HTB following acute stress, treatment and regulation highlights (anti) prokinetic unified theory.

Keynote Forum

Eunice Tan Meng Yin

Singapore University of Social Sciences, Singapore

Keynote: A study on the perceptions of parents on savant skills of individuals with ASD
Conference Series Brain Therapeutics 2019 International Conference Keynote Speaker Eunice Tan Meng Yin photo
Biography:

Eunice Tan Meng Yin is working as a Senior Lecturer at SR Nathan School of Human Development (NSHD), Singapore University of Social Sciences, Singapore.

Abstract:

Savant syndrome is an unusual condition. It is a phenomenon whereby individuals with challenging intellectual disabilities, including Autism Spectrum Disorder (ASD), may demonstrate some areas of talents which are in contrast with their overall low level of general functioning (Bennett & Heaton, 2017; Finocchiaro et al., 2015; Jeon, 2016). One in ten persons with ASD has savant abilities in varying degrees (Finocchiaro et al., 2015; Treffert, 2014). Today, many parents of individuals with ASD are focused on the individual’s deficits rather than on his or her strengths. Even when parents recognize and identify their child’s savant skill to be valuable, and wish to develop this talent, they face the challenge that there are insufficient programs committed to supporting the development and improvement of such savant skills. By understanding the association between parental perception and its influence on the support for the development of savant skills, the author hopes to promote awareness amongst parents of individuals with ASD about the importance of providing additional impetus for governmental and non-governmental organizations to endorse such awareness. In addition, the author hopes that these organizations will
develop and improve curriculums committed to the advancement of savant skills for individuals with ASD. Researchers used to consider savant skills as unimportant. However, the savant syndrome has become an area of research for scientists who are endeavoring to comprehend the intricacies of the human mind. The savant syndrome has been used to describe individuals who have intellectual disabilities and challenges, yet possess extraordinary abilities in reading, arithmetic, calendar calculations, art or music (Finocchiaro et al., 2015; Jeon, 2016). The findings to this study indicate that there may be a larger percentage of individuals with ASD who possess savant skills than established in previous literature. The study also suggests that developmental success of savant skills is highly reliant on parental perceptions and their corresponding support. The high frequency of savant skills amongst individuals with ASD determined in this study lends further support to the theory that there is a close connection between ASD and the occurrence of savant skills (Boso et al., 2010; Clark, 2001). Thus, this study has implications for the way parents and professionals engage with individuals with ASD. In most settings, parents and professionals tend to work on the deficits and shortfalls of individuals with ASD. An alternative approach is to work on the positive traits and strengths of individuals with ASD to enhance their interests and talents. This may involve substantial rethinking of practices concerning individuals with ASD.

  • Brain Stimulation Therapies | Autism Spectrum Disorder | Brain Disorders and Pathophysiology | Mental Health Therapies
Speaker
Biography:

Wen Kai Wang is studying in Nanjing University of Chinese Medicine and has been in scientific research for 2 years.

Abstract:

A large number of clinical data surveys have shown that women are more likely to be depressed than men. Chaihu-Shugan-San (CSS) is an classical prescriptions for treating ‘liver depression and qi stagnation’. We aim to observe the effect of CSS and its Absorbed Bioactive Compounds (ABCs) on depressive behaviors, the blood oxygen level in the brain region depends on the influence of 7.0 T functional magnetic resonance imaging (BOLD-fMRI) and depressant-related biochemical indicators of acute (or chronic) stress female rats. It is interesting to note that the female rats were more easily be depressed when suffered chronic unpredictable mild stress compared with male rats (p<0.001) while female rats show stronger resistance to stress during acute stress. After giving CSS (30 g/kg), the immobility time of forced swimming test was shorter than vehicle group and the movement distance was farther (p<0.001). At the same time, 10 ABCs exerted anti-depressive effect similar to its parent prescription Chaihu-Shugan-San. Then we used the BOLD-fMRI technology, visually reflected the reducing of blood oxygen levels in hippocampus and thalamus in female rats after stress and the increase after giving CSS (Reho-0.005-50).This technology had great potential in the pathological localization of depression, the monitoring of depression status, the efficacy of antidepressant therapy and prognosis. Last, ELISA results shown the levels of CRH/ACTH were higher than control group while E2, DA, NE, 5-HT in serum and the BDNF and TrkB in and hippocampus were obvious decreased (p<0.001). CSS and 10 ABCs could improve depressive symptoms by HPA axis/HPG axis/monoamine neurotransmitter and many other pathways.
This research shown the multiple targets of CSS on female rats after suffering acute forced swimming which may help to explain the work way of TCM.

Biography:

Han Yan is currently studying in Nanjing University of Chinese Medicine, China.

Abstract:

In the previous experiment, we tested the hypothesis that a simple, rapid and sensitive Ultra-Performance Liquid Chromatography (UPLC) method has been developed for the simultaneous determination of eight constituents including
narirutin, naringin, hesperidin, neoheperidin, Merancin Hydrate (MH), nobiletin, honokiol and magnolol in Zhiqiao-Houpu decoction and determination of MH in rat plasma following the oral administration of Zhiqiao-Houpu decoction (20 g/kg).We have confirmed that MH has good effects on antidepressant (P<0.010, prokinetic (P<0.01) and related anti-inflammation (P<0.010) and anti-oxidation (P<0.01) in vivo. Then we sequenced the intestinal flora in the V4 region of caecum contents in rats 24 hours after FST

Vaclav Masopust

Charles University, Czech Republic

Title: Stimulation of periaqueductal gray: An animal model
Biography:

Vaclav Masopust has worked as a Secondary Doctor at the Neurosurgery Department of the Central Military Hospital, University Military Hospital from 1995 to 2013. In 2013 he started to work as a Deputy Chief Physician at the same workplace. He has completed his PhD from Charles University Prague. Since 2000 he has organized three courses regarding neuromodulation issues and one course regarding a facial trauma surgery. Since 2005 he has performed endoscopic operations of skull base. He has done more than 100 endoscopic surgeries since 2005. He has co-authored four books dealing with neurosurgery and has published 30 peer-reviewed articles in Czech and foreign journals in the field of surgical treatment of pain and neuromodulation. He has published or has co-authored 26 peerreviewed articles in the field of the surgical treatment of skull base’s lesions and mainly of pituitary adenomas.

 

Abstract:

For the localization of an aqueductus was made sinusography and ventriculography of five pigs. Subsequently, the electrode was introduced through the lateral ventricle, then to the third ventricle and aqueduct under X-ray control. A subcutaneous formaline was applied before and after stimulation. The pulse and blood pressure was controlled for a whole time.

Biography:

She was born as a high functioning autistic in a communist country within a family and society ignorant to the spectrum. She has learnt to use her special interest in people as a super-power to shift the paradigm and integrate radically new concepts and insights about the autistic world into the not-autistic frame of reference. At present, she is a certified SEN tutor, an author, consultant and inspirational speaker on autism. All her years of experience, combined with being autistic herself, give her a point of view and a set of perceptions very different from the ordinary which makes her input original and insightful.

Abstract:

While there are many assessments, support systems and practices in place established over the years for autistic children they have been focused on the child exclusively. An admirable campaign on public education has been launched to help for some adjustments and exceptions to be made at schools and promote the settling of a culture of more acceptance. Still, it does not require people to take personal responsibility which still lies with the autistic person. I propose that society’s mindset need to change and urgently. Parents need fresh eyes, and a new perspective that can add another piece of the impossible puzzle they are solving every day, but solutions come naturally only when the questions are clear. An autism therapy is only possible if it’s applied to the collective. We need to understand that autism is not cases of isolated, unfortunate incidents but a collective phenomenon.

Tahoura Nedaee

Azizollah Pezeshki High School, Iran

Title: Human balance control system using galvanic vestibular
Biography:

Tahoura Nedaee is an Iranian inventor. Her first invention “human balance control system for middle ear disease” earned her Gold Medal of ITE International Invention Show, London, August, 2019, Gold Medal of 43th International Invention Show, Croatia, November, 2018 and Outstanding Innovation Award by the Commission of Higher Education, Thailand, November, 2018

Abstract:

One of the diseases that many people are suffering from is ataxia or disability to maintain balance. A lot of elderly and weak people are suffering from disability to maintain balance, due to decreased sensory and motor ability caused by degeneration. It may cause them to fall down and lead to more serious damages, even death. Moreover, falling down, increases the medical expenses incurred on the health system, due to the serious consequences. So it seems necessary to prevent these consequences. For this purpose, a system was designed and built that by controlling the middle ear, which plays a special role in balance, helps to prevent falls and allows the patients to maintain balance. Required feedbacks to control static and motor balance include sense of vision, vestibular system, inner ear and somatosensory system. Different studies and different solutions have been performed to maintain balance. Such as foot arch supporters, textured or bumpy surfaces, special shoes,etc.But this system’s process, designed to maintain body balance in people with balance control disabilities, is done by affecting the middle ear. After detecting the patient’s head position by this system, it will send messages to the brain. By detecting the messages by the brain, the patient will be able to control his or her balance. Previously used balance control equipment and methods can be replaced by this system.

Biography:

Seda Maeresera holds a Master’s degree in Public Health from the University of Roehampton, London, UK, as well as a Bachelor’s degree in Occupational Therapy from the University of Zimbabwe. He is currently working in the traumatic brain injury units at Sultan Bin Abdulaziz Hospital in Saudi Arabia.

Abstract:

The study was qualitative in nature. 12 participants from each of the professions of social workers, occupational therapists, nurses and doctors were recruited for the study using purposive sampling. The subjects were from Parirenyatwa Hospital and St. Giles Rehabilitation Centre in Harare, Zimbabwe. The instrument was a 7 question semi-structured interview administered either face to face or via telephone calls. Data were analyzed using thematic analysis.