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The Negative Physiological Effects Associated with the Combination with Alcohol and Energy Drinks 酒精和能量饮料结合使用的负面生理效应
Pub Date : 2018-02-16 DOI: 10.19080/apbij.2018.04.555634
Domingos-Souza Gean
Due to the popularity of energy drinks in the 1980s there was a growing consumption among young people [1,2] who started to use these substances for a variety of reasons, including to improve physical performance, memory, concentration or to alleviate drowsiness [3,4]. However, recent studies raise questions about their interaction with alcohol and their ability to mask the subjective effects of alcoholic beverages, leading young people to overestimate their level of commitment, drink more and favor engagement in risk behaviors [5-8]. In 2006, the global annual consumption of energy drinks increased by 17% over the previous year to 906 million gallons, although Thailand leads the ranking with the highest per capita consumption in the world, and the US leads the highest total sales volume [9], the consumption of this substance in Brazil has become a notorious public health problem. In the country, it was verified that the university students are quite exposed to this type of consumption. According to the “I National Survey on the Use of Alcohol, Tobacco and Other Drugs among University Students of the 27 Brazilian Capitals,” the energy drink is the substance most frequently associated with alcohol, 74.3% reported use of this mixture in life, 53 % use in the last 12 months and 36% use in the last 30 days [10]. Negative Physiological Effects Associated with the Use of Energy Drinks
由于功能饮料在20世纪80年代的流行,年轻人的消费越来越多[1,2],他们出于各种原因开始使用这些物质,包括提高身体机能、记忆力、注意力或缓解困倦[3,4]。然而,最近的研究提出了他们与酒精的相互作用以及他们掩盖酒精饮料主观影响的能力的问题,导致年轻人高估他们的承诺水平,喝得更多,并倾向于参与危险行为[5-8]。2006年,全球能量饮料的年消费量比前一年增长了17%,达到9.06亿加仑,尽管泰国的人均消费量居世界首位,美国的总销售额居世界首位,但巴西对这种物质的消费已经成为一个臭名昭著的公共卫生问题。在国内,经过验证,大学生对这种类型的消费相当敏感。根据“巴西27个首都大学生酒精、烟草和其他药物使用情况全国调查”,能量饮料是最常与酒精联系在一起的物质,74.3%的人报告在生活中使用过这种混合物,53%的人在过去12个月使用过,36%的人在过去30天使用过。与饮用能量饮料相关的负面生理效应
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引用次数: 0
Contributions of Music Therapy on Perceptive Physiological of Well-Being of Alcohol and Drug Users 音乐治疗对酒精和毒品使用者感知生理幸福感的贡献
Pub Date : 2018-02-13 DOI: 10.19080/apbij.2018.04.555633
Domingos-Souza Gean
From the beginnings of civilization music accompanies man throughout his life, and among other meanings it acts as a way of arousing feelings [1]. Music can also behave with a remedy for the mind and body as it affects the physical, emotional, cognitive and social needs of individuals of all ages. Research and clinical experience leave little doubt that music influences neural processing. Trained music therapists harness this ability to effect therapeutic change across multiple treatment domains [2]. Music therapy is a flexible treatment modality, able to promote wellness, facilitate symptom management, and improve the quality of life of those with mental illnesses. Qualified, credentialed music therapists use active and passive music therapy interventions to target specific objectives like improving mood, increasing compliance and motivation, and enhancing emotional expression. Data suggest that music therapy intervention results in clinical improvement in individuals with a range of mental health needs, and these benefits are seen among individuals with varying diagnoses, ages, and ethnicities. The data also suggest that music therapy is cost effective, has little adverse effects, and is well received by those with mental illnesses [3]. Music Therapy for Addiction
从文明开始,音乐就伴随着人类的一生,在其他意义中,它作为一种唤起感情的方式[1]。音乐还可以作为精神和身体的治疗药物,因为它影响着各个年龄段的人的身体、情感、认知和社会需求。研究和临床经验毫无疑问地表明,音乐影响神经处理。训练有素的音乐治疗师利用这种能力在多个治疗领域实现治疗改变[2]。音乐疗法是一种灵活的治疗方式,能够促进健康,促进症状管理,并改善精神疾病患者的生活质量。合格的,有资格的音乐治疗师使用主动和被动的音乐治疗干预来针对特定的目标,如改善情绪,增加依从性和动机,增强情绪表达。数据表明,音乐治疗干预对有一系列心理健康需求的个体有临床改善作用,这些益处在不同诊断、年龄和种族的个体中都可以看到。数据还表明,音乐疗法具有成本效益,副作用小,深受精神疾病患者的欢迎[3]。成瘾的音乐疗法
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引用次数: 0
Learning and Memory Enhancing Activity of Cowpea Diet Ingestion in the Morris Water Maze Task 莫里斯水迷宫任务中豇豆饮食摄入对学习记忆的促进作用
Pub Date : 2017-11-08 DOI: 10.19080/apbij.2017.03.555619
A. W
Common bean (Vigna unguiculata) is a dicotyledon and belongs to the pea family [1]. Beans are available as the dry mature seeds or the green immature seeds which are wrapped in pods [2]. Both types are edible. There are many varieties of dry bean classes depending on the color, shape and size. Some of the commonly consumed varieties are navy, black, kidney and pinto beans. Bean are used as staple food in Nigeria and globally [3] and are a superb source of protein, carbohydrates, dietary fiber, minerals, vitamins and many phenolic compounds [4]. Bean is a very nutritious food [5,6] and has been reported to exhibit that beans have ant carcinogenic, anti-mutagenic [7]. Anti-inflammatory, anti-diabetic, hypoglycemic, depurative, cardio-protective and antioxidant effects [8].
普通豆(Vigna unguiculata)是一种双子叶植物,属于豌豆科。豆子有干燥的成熟种子和绿色的未成熟种子,它们被包裹在豆荚中。两种都是可食用的。根据颜色、形状和大小的不同,干豆有很多种类。一些常用的品种是海军蓝、黑豆、腰豆和斑豆。在尼日利亚和全球,豆类被用作主食,是蛋白质、碳水化合物、膳食纤维、矿物质、维生素和许多酚类化合物的极好来源。豆类是一种非常有营养的食物[5,6],有报道表明豆类具有抗癌、抗诱变的特性。抗炎、降糖尿病、降血糖、净化、保护心脏和抗氧化作用[8]。
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引用次数: 0
Analysis of the Metatranscriptome of Microbial Communities by Comparison of Different Assembly Tools Reveals Improved Functional Annotation 通过比较不同组装工具对微生物群落的超转录组进行分析,揭示了功能注释的改进
Pub Date : 2017-10-31 DOI: 10.19080/APBIJ.2017.03.555618
C. Badapanda
Before the advent of Next Generation Sequencing (NGS) technology, data generation of uncultured species along with the analysis of microbial data was limited. Advancement in the sequencing technology has revolutionized the sequencing of individual genome as well as metagenome. NGS technology coupled with the development of algorithm for analysis of NGS data have increased our understanding of microbial community structure [1,2]. In met genomic study, the information of all genes are used to interpret microbial identities up to the species or strain level [3] whereas, metatranscriptomic study reveals the gene expression patterns of active genes and their functionality in different pathways [4,5]. In both the pipeline (met genomic and metatranscriptomic), it is important to assemble the reads into contigs which represents gene objects. However, there are various challenges associated with the assembly of metatranscriptome and metagenome data, which is addressed below:
在下一代测序(NGS)技术出现之前,未培养物种的数据生成以及微生物数据分析受到限制。测序技术的进步使个体基因组和元基因组的测序发生了革命性的变化。NGS技术加上NGS数据分析算法的发展,增加了我们对微生物群落结构的了解[1,2]。在基因组学研究中,所有基因的信息被用来解释微生物的特性,直至物种或菌株水平b[3],而亚转录组学研究揭示了活性基因的基因表达模式及其在不同途径中的功能[4,5]。在这两个管道中(met基因组和亚转录组),将reads组装成代表基因对象的contigs是很重要的。然而,与元转录组和元基因组数据的组装相关的各种挑战,如下所述:
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引用次数: 3
Teaching Strategies: How A Modular Integrated System Can Become A Real Success in Medical Schools? 教学策略:模块化集成系统如何在医学院校取得真正的成功?
Pub Date : 2017-10-17 DOI: 10.19080/APBIJ.2017.03.555616
M. Azeem
In modular teaching, spirals involve both the horizontal and vertical integration by uniting them across time and across disciplines Brauer and Ferguson [1]; Bandiera et al. [2] described it, in terms of curriculum, involving learning of basic and clinical sciences across both time and subject matter. Such modular teachings expose the students for professional thinking right from the beginning of their academics. While in conventional teaching, the student remains professionally away from clinical aspects during first two years of schooling. Although, there is no doubt about the validity and reliability of modular teaching but, this teaching system is yet not equivocally advocated for the best outcomes in different institutions. The critics are more vocal for a sound basic knowledge of Anatomy, Physiology & Biochemistry in the first two years instead of amalgamation with the Pharmacology, Pathology and Community Medicine or pure clinical ones. The bases for this un-equivocality to advocate modular integrated teaching is actually based on some odds in the planning & execution of this system. These are:
在模块化教学中,螺旋涉及水平和垂直的整合,通过将它们跨越时间和跨学科地结合起来(Brauer和Ferguson [1]);Bandiera等人[2]从课程的角度描述了它,包括跨越时间和主题的基础科学和临床科学的学习。这种模块化的教学让学生从学习之初就开始进行专业思考。而在传统教学中,学生在前两年的学校教育中仍然远离临床方面的专业。虽然模块化教学的有效性和可靠性是毋庸置疑的,但是,这种教学体系在不同的机构中并没有含糊地提倡最好的结果。批评人士更倾向于在前两年学习解剖学、生理学和生物化学的基础知识,而不是与药理学、病理学和社区医学或纯粹的临床医学合并。这种明确倡导模块化一体化教学的依据,实际上是基于该体系在规划与实施中的一些不足。这些都是:
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引用次数: 0
The Interaction between our Brains and Music 我们的大脑和音乐之间的互动
Pub Date : 2017-10-17 DOI: 10.19080/APBIJ.2017.03.555617
Manal E. Elsawaf
Why do children dance when they hear music? Do you notice yourself involuntarily tapping with your fingers, nodding with your head or shaking your legs when there is music in the background, even when not consciously paying attention to it? How actually does music affect the brain? Music is the nourishment of our souls. There is an evidenced association between perception of music and movement. Many researchers have been done to investigate centres of the brain affected by music. Mapping the mental activity of the brain shows that music stimulates certain areas of it just as food, drugs and sex do. Moreover, music has the power to alter emotions and mood in the majority of people. Listening to music activates several areas of the cerebral cortex. The auditory cortex in the temporal lobe which is concerned with hearing has also the ability to figure out the rhythm, speed, melody, volume and pitch of heard music. The inferior frontal gyrus is concerned with recalling memories associated with the heard music [1].
为什么孩子们一听到音乐就跳舞?你是否注意到,当背景音乐响起时,你会不由自主地用手指敲打、点头或摇晃腿,即使你并没有有意识地去注意它?音乐究竟是如何影响大脑的?音乐是我们灵魂的养料。有证据表明,对音乐的感知和动作之间存在联系。许多研究人员对音乐对大脑中枢的影响进行了调查。绘制大脑的心理活动图表明,音乐就像食物、毒品和性一样刺激大脑的某些区域。此外,音乐有能力改变大多数人的情绪和心情。听音乐可以激活大脑皮层的几个区域。颞叶的听觉皮层与听力有关,它还具有识别所听音乐的节奏、速度、旋律、音量和音高的能力。额下回负责回忆与听到的音乐有关的记忆[1]。
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引用次数: 1
Traditional Medical Teaching Methods May be a near Future Solution 传统的医学教学方法可能是不久的将来的解决方案
Pub Date : 2017-10-13 DOI: 10.19080/APBIJ.2017.03.555615
S. Kamineni
I am disheartened by the direction of medical education and its implementation at the grass roots level. Like so many other institutions, my own University teaching Hospital has recently discarded its cadaveric facility in favor of virtual teaching methodologies. This has been a visible trend for several years across universities and hospitals in North America and Europe. Although there is a significant cost saving in education with this departure from traditional methods, a loss of core knowledge from future medically related students is an unspoken price for all future generations to pay.
我对医学教育的方向及其在基层的实施感到沮丧。像许多其他机构一样,我所在的大学教学医院最近也放弃了尸体设施,转而采用虚拟教学方法。几年来,在北美和欧洲的大学和医院,这是一个明显的趋势。虽然这种与传统方法的背离可以大大节省教育成本,但未来医学相关学生的核心知识的丧失是所有子孙后代都要付出的不言而喻的代价。
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引用次数: 0
Type 2 Diabetes Mellitus 2型糖尿病
Pub Date : 2017-10-05 DOI: 10.19080/apbij.2017.03.555614
L. Gam
The incidence of diabetes mellitus (DM) is increasing particularly in the developing nation. It is also one of the major global public health problems. The World Health Organization (WHO) predicts that over 330 million people worldwide will have DM and around 5-10% of national health care budget are estimated to be allocated for DM alone by 2030 WHO [1]. DM also is closely related to the increase of premature and preventable death. The number of death attributed directly or indirectly to DM has reached 3.7 million in 2012 WHO [2]. The chronic hyperglycaemia (an abnormally high amount of glucose level in blood) of diabetes is associated with long-term damage, dysfunction, and failure of various organsand other macro and microvascular diseases, such as end-stage renal failure, blindness, heart disease, stroke, dementia and leg amputation Cade [3]; WHO [2].
糖尿病(DM)的发病率正在上升,特别是在发展中国家。它也是全球主要的公共卫生问题之一。世界卫生组织(WHO)预测,到2030年,全球将有超过3.3亿人患有糖尿病,估计约有5-10%的国家卫生保健预算用于糖尿病[1]。糖尿病还与过早死亡和可预防死亡的增加密切相关。2012年,直接或间接死于糖尿病的人数已达370万[2]。糖尿病的慢性高血糖(血液中异常高的葡萄糖水平)与各种器官和其他大微血管疾病的长期损害、功能障碍和衰竭有关,如终末期肾衰竭、失明、心脏病、中风、痴呆和截肢等[3];[2]。
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引用次数: 0
Carotid Baroreflex Stimulation in Rats: A Novel Approach to Investigate resistant Hypertension and Immunity Responses 大鼠颈动脉压力反射刺激:研究顽固性高血压和免疫反应的新方法
Pub Date : 2017-09-22 DOI: 10.19080/APBIJ.2017.03.555613
Domingos-Souza Gean
Arterial baroreceptor reflex system is one of the most efficient and accurate mechanisms for controlling the arterial pressure (AP) and autonomic nervous system activity [1]. Variations in AP lead to distend arteries, stretching of carotid and aortic baroreceptors. These responses generate action potentials that are conveyed to medullary brainstem nuclei via the glossopharyngeal and vagus nerves. Along these nerves, these signals are projected directly into the central nervous system (CNS) to contact with neurons within the nucleus of the solitary tract (NTS) in the brainstem. After these signals arrive in the brainstem, the autonomic nervous system (via efferent parasympathetic and sympathetic nerves) is recruited to compensate the change in AP. Thus, the baroreflex is an important short-term regulatory system for the control of AP and this reflex mechanism is maintained in a narrow range of oscillation [2,3]. Damage in afferents or efferent baroreceptors is known to result in baroreflex and autonomic failure [4]. Electrical Stimulation of Peripheral Nerves
动脉压力感受器反射系统是控制动脉压力(AP)和自主神经系统活动最有效和准确的机制之一。AP的变化导致动脉扩张,颈动脉和主动脉压力感受器拉伸。这些反应产生的动作电位通过舌咽神经和迷走神经传递到脑干髓核。沿着这些神经,这些信号直接投射到中枢神经系统(CNS),与脑干孤立束核(NTS)内的神经元接触。这些信号到达脑干后,自主神经系统(通过传出副交感神经和交感神经)被调动来补偿AP的变化。因此,压力反射是控制AP的一个重要的短期调节系统,该反射机制维持在一个狭窄的振荡范围内[2,3]。传入或传出压力感受器的损伤可导致压力反射和自主神经衰竭。周围神经的电刺激
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引用次数: 0
Cadaveric Study of Anatomical Variations of Hepatic artery in Sudanese 2014 苏丹人肝动脉解剖变异的尸体研究2014
Pub Date : 2017-09-19 DOI: 10.19080/APBIJ.2017.03.555612
Mohammed Ali Belilo
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引用次数: 4
期刊
Biochemistry international
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