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Candidates enrolled in the Emergency First Aid course will learn a variety of topics including basic CPR, first aid and implementation and recognition of when to use an automated external defibrillator.
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Heat stroke is a condition caused by exposure to excessive heat, whether natural or artificial. Tetanus, also called lockjaw, is a rare but serious infection caused by the bacterium Clostridium tetani. Our workplace approved training providers offer several different first aid programs as well as stand-alone CPR training. 1st aid courses are valuable courses that prepare people to be prepared to handle almost any emergency, big or small. For more information about these Canadian providers select the providers tab from the main menu or side menu bar.
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Whichever course you choose to select we recommend that you take any basic 1st aid course so that you are prepared for any emergency to save the life of a loved one, friend or co-worker.
Eczema that happens around the eyes is called atopic dermatitis which is usually common in babies and small children, but it can also happen to anyone regardless of the age.
I completed my undergraduate training in physiology and psychology at University of Toronto, where I was privileged to work with prominent neuroscientists Dr. Studies on the subject of gliotransmission changed the way we view information processing in the brain; however, many aspects of the concept still remain controversial.
My interest in medical research was kindled while I was completing my BSc degree in Microbiology. My interest in neuroscience stemmed from my time as an undergraduate at McGill University, where I graduated with a BSc in Biology in 2009.
The contributions of our publication provide a significant leap in our understanding of sub-cellular mechanisms of ischemic stroke in excitatory neurons particularly susceptible to impairment, dysfunction, and even death. Rooted in cognitive models of anxiety and memory biases, my research demonstrated for the first time that pain memories are a powerful mechanism underlying the exacerbation of pain over time, particularly among highly anxious individuals. To begin my career in science, I completed my undergraduate degree with a specialisation in neuroscience and a minor in psychology from U of T. The mandate of the INMHA states its goal is to reduce the burden of brain illness through a variety of strategies, including research’s critical role in generating knowledge and potential therapeutics.
Pain that persists for over three months following an injury and after any musculoskeletal damage has healed is termed chronic (or persistent) pain. Our findings inform contemporary models of chronic pain and have several clinical implications. This paper makes significant advances both in methods for studying metaplasticity and in understanding the molecular mechanisms underlying the regulation of metaplasticity.
The research paper (Cell Stem Cell, 11: 23-35, 2012) was extensively covered by national and international media at the time of publishing.
After receiving my BSc in Medical Biology at the Universite du Quebec à Trois-Rivieres, I began an MSc in Neurobiology at Laval University (Quebec City) under the supervision of Marc Hebert, PhD and Martin Beaulieu, PhD.
I have been interested in the fundamental question of how synaptic connections in the brain are formed and modified by experience, as well as implications for higher brain functions such as learning, memory, and cognition.
Many neuropsychiatric disorders such as autism and schizophrenia are associated with an imbalance between excitatory and inhibitory synapses, an imbalance that is thought to be a fundamental etiology of these disorders. I am currently a Banting postdoctoral fellow at Queen’s University in the Department of Psychology and the Centre for Neuroscience Studies.
The findings presented in this research article have two general, wide-ranging implications. I received my PhD (2008) in Psychology and Neuroscience from the University of Toronto under the supervision of Dr. This research paper is aligned with the mandate of the Institutes of Neurosciences, Mental Health and Addiction (INMHA) as its principal purpose was to establish a more clinically relevant animal model of Parkinson's disease (PD). This paper contributes to our understanding of the mechanisms by which the brain produces voluntary movement. Our work uncovers the function of brain circuits that control voluntary movement, which is arguably the most important function of the nervous system. The course is 8 hours in length and candidates will receive a workplace approved emergency first aid, CPR and AED certificate that is valid for 3 years. Courses are available in Calgary, Vancouver, Edmonton, Kelowna, Surrey, Regina, Saskatoon and Edmonton. In Emergency First Aid, candidates will learn how the AED relates to the chain of survival. Workplace and academic approved first aid and CPR programs teach basic skills that can make the difference between life and death.
These basic courses, offered throughout Canada, teach candidates to treat victims for a variety of emergencies, from nose bleeds to fractured spines. Candidates need to be wary of providers that do not meet government legislative standard for the province.
All first aid classes include training in CPR and in the use of automated external defibrillators (AED).
There are times in which you may do something to your body that results in a muscle strain.
Once bacteria is present, it can enter and infect the oil gland of the upper and lower eyelids which leads to pain, inflammation and redness of the eyelids.
While the focus has been on select gliotransmitters (glutamate, d-serine), which have direct effects on synaptic receptors, other gliotransmitters, such as taurine, have been hypothesized to exert their agonistic action through binding to extrasynaptic receptors and directly modulating neuronal firing by changing neuronal membrane potential. To pursue that interest, I joined the Medical Microbiology department at the University of Manitoba as an MSc student with Dr. We have identified a novel pathway that lends an explanation to a longstanding question in stroke pathophysiology. However, I was very interested in human cognition and was disappointed by the program since it focused mainly on animals. Dementia is a major issue in Parkinson’s disease, affecting nearly 80% of patients 8 to 20 years after disease onset. She completed her doctoral studies at Dalhousie University under the supervision and mentorship of Christine Chambers, PhD.
This paper was published in the highest impact journal in the broad field of pain research. It was in undergrad when I got my first research experience with a NSERC-USRA funded summer project. Our work is the first to identify a molecular domain responsible for the maintenance of KCC2-mediated chloride homeostasis underlying inhibitory responses in the brain. I received a Bachelor of Arts with Honours in Psychology in 2009 from the University of New Brunswick and a Master of Arts degree in Clinical Psychology from the University of Regina in 2011.
Chronic pain affects millions of Canadians and is a leading contributor to health-related costs. For example, our results highlight the importance of screening for psychological pre-dispositions and of tailoring treatments. Kurt Haas’s lab as a research assistant during my undergraduate years at the University of British Columbia. The study of metaplasticity has suffered from inadequate model systems that discriminate metaplasticity and plasticity induction, resulting in a poor understanding of the mechanisms mediating metaplasticity.
Jing Wang received her Bachelor of Medicine in China and then came to Canada for graduate studies.
It is a perfect example of how the study of basic neuroscience can lead to a potential therapeutic outcome.
Several ERG anomalies have been noted in patients with psychiatric conditions including schizophrenia, bipolar disorder and seasonal affective disorder, but their etiology remains unknown. Hence, I have tried to reveal the molecular and cellular mechanisms of chemical synapse development and plasticity in the central nervous system since I started neuroscience research as PhD student.
Despite the identification of many trans-synaptic adhesion complexes for excitatory synapse organization, little is known about the complex specific to inhibitory synapse organization.
Using a variety of methodologies ranging from functional magnetic resonance imaging (fMRI) to transcranial magnetic stimulation (TMS) and behavioural psychophysics, my current research investigates the brain mechanisms that support complex behaviours like reaching, grasping, object manipulation, and the sequencing of movements. First, these findings will aid the development of brain-machine interfaces (BMIs), devices able to convert intention-related brain signals into output commands capable of controlling robotic limbs. In the past, human research focused exclusively on cognitive or psychosocial models; whereas in animals the focus of mechanism has been physiological.
Tim Murphy's lab at UBC, I studied the changes that occur in neural circuitry after stroke with the ultimate goal of improving rehabilitation prospects for stroke patients. The technical advances that facilitated these discoveries will be of interest to researchers in many fields, including motor control, cortical physiology, and brain microcircuits. With further investigation, these circuits could be used to improve control of prosthetic limbs in paralyzed patients. We strive to never cancel a course and to provide the highest quality emergency first aid and CPR courses. If your cough goes from dry to wet, you begin getting a fever or it carries on for more than two weeks, you must phone your GP. However, with the number of different Canadian first aid providers and a variety of different 1st aid and CPR courses available, choosing the right course can be confusing. Our study provides the first direct support for this hypothesis and the first definitive evidence for the existence of taurinergic gliotransmission in the mammalian brain. Our PLoS Pathogens publication addresses this knowledge gap by identifying molecular signatures induced coincidently with the earliest observable alterations in dendrite morphology and synapse function. To date, it was generally accepted that the excitotoxicity incurred during ischemia was perpetuated solely by the N-methyl-D-aspartate (NMDA) receptor, and thus appeared to be a critical player in mediating neuronal cell death.
I took a class in neuropsychology and surprisingly found out that it was exactly what I wanted to do. It largely impacts the quality of life of patients and their loved ones, and represents a considerable economic burden. She is currently finishing her pre-doctoral residency in child psychology at the University of Washington School of Medicine, Seattle Children's Hospital, where she is receiving research mentorship from Tonya Palermo, PhD. It inspired an editorial, written by a clinical psychologist and a neurobiologist (Liossi & Fitzgerald, 2012), that credited this work as being innovative and providing the impetus for future examinations of neurophysiological processes and cognitive mechanisms involved in clinical pain experiences. After a thesis project in my final year of undergraduate studies, I began an MSc position in the Woodin Lab in the Department of Cell and Systems Biology at U of T where I primarily focused on electrophysiological based experiments. Inhibitory responses regulate and synchronize the activity of excitatory neurons and provide the necessary conditions for a neuronal circuit to code information, such as during learning and memory. I am currently pursuing a PhD in Clinical Psychology from the University of Regina under the supervision of Dr. This experience helped me to understand the beauty of neuroscience and the artistry of devising and applying cutting edge biotechnologies.

Our work significantly advances this field by providing an elegant method that can selectively activate metaplasticity or plasticity. She obtained her MSc in Physiology at McGill University and her PhD in Biochemistry from University of Ottawa.
In the paper, it was demonstrated that a widely used human diabetes drug, metformin, activates the novel pathway, aPKC regulated CBP activity, to promote rodent and human neurogenesis in culture. It brings us hope that we might be able to promote brain repair and recovery for certain neurological disorders with the clinically-approved drug. My research focuses on the anomalies of the electroretinogram (ERG) as a biomarker of psychiatric disorders. ERG, as an inexpensive, non-invasive test that takes little time to administer, could serve as a complementary diagnostic test in psychiatry. I completed my MD in 1997 and PhD in Neuroscience in 2003 at Gunma University School of Medicine in Japan. In this paper, we demonstrate that trans-synaptic Slitrk3-PTP? complex is a unique adhesion and differentiation mechanism that selectively organizes inhibitory synapse development. I received my Masters and PhD degrees in Neuroscience at the University of Western Ontario at the Brain and Mind Institute. I also trained clinically at the Child Advocacy and Assessment Program (CAAP) at McMaster Health Sciences and in the Stroke Program at the Hospital for Sick Children. Our approach was novel, in that it built on animal research to justify and test components of the model in a human sample. Though identified over 100 years ago, current treatments only consist of alleviating symptoms and not treating the disease per se.
This project relied heavily on a light-based method for mapping the brain's motor cortex described in a publication in Nature Methods for which Oliver Ayling and I received a 2009 Brain Star award.
In particular, we have applied a new method for stimulating the brain to compare motor output before and after manipulations of synaptic transmission, something that was not previously feasible. Neuronal motor circuits are also implicated in movement disorders such as Parkinson’s disease and in motor impairments after stroke. As a byproduct of metabolism, heat is usually dissipated by heat radiation through the skin or evaporation.
This website is designed to help you select the right 1st aid class, with the right provider near you. We show that taurinergic gliotransmission can directly regulate neuronal firing, and this form of gliotransmission is constrained spatially to neurons in the immediate vicinity of the structurally dynamic astrocytic processes. My MSc thesis consisted of identifying the host response to Herpes Simplex Virus Encephalitis, which is a fatal Herpes Simplex Virus type-1 infection of the brain. The most striking feature of this was the induction of a protective program of gene expression within neurons, the disappearance of which strongly correlated with disease progression and clinical manifestation of symptoms. My research here has been focused on the sub-cellular mechanisms involved during ischemic injury (stroke) in the brain. However, clinical trials employing NMDA receptor antagonists aimed at reducing stroke lesion volume in patients suffering from ischemic stroke were ineffective. This study has improved our understanding of Parkinson’s disease and our ability to identify at-risk patients. Melanie's research interests include the long-term impact of pediatric pain and, specifically, the cognitive-affective factors involved in the development of children's memories for pain and pain trajectories over time.
This illustrates the relevance of this research to the diverse fields of neuroscience and mental health, as well as cognitive, developmental, and clinical psychology. After some success in my initial project investigating the role of the ISO domain in KCC2 chloride transport function, I transferred to the PhD program in my department. The same mechanisms that underlie changes in synapses involved in learning and memory can also underlie changes that bring about disease states.
We demonstrate, using a clinical sample, that success in these treatments is substantially dependent on the psychological predispositions of patients. In contrast, patients who do not fear injury could participate immediately in traditional treatments. My research interests are to understand the fundamental molecular, cellular, and system-level events that underlie learning and memory. Such techniques allow us to decipher the underlying molecular pathways from each other, and using this combination of technologies at the forefront of in vivo cellular responsivity, we have revealed a novel function of MEF2 and caspases in hierarchical regulation of plasticity outcomes. Importantly, metformin also enhances neurogenesis in the adult mouse brain, and in doing so, improves spatial learning ability.
However, it is first necessary to identify the mechanisms underlying the anomalies seen in psychiatric patients.
In my PhD work, I addressed the cytoskeletal mechanisms underlying dendritic spine development under the supervision of Prof. Our most crucial finding is the identification of Slitrk3 as a postsynaptic adhesion molecule that selectively organizes inhibitory presynaptic terminals in a trans-synaptic manner.
My PhD work focused on understanding how and where in the human brain plans for action are coded. Despite the increasingly successful implementation of BMIs in non-human primates (NHPs) and humans, many simple everyday tasks like reaching and grasping still remain highly problematic and challenging.
My overall research focus is to understand the mechanisms by which early adversity is related to parenting difficulties and how risk may be transmitted across generations.
Thus, a large component of research focuses on first understanding its cause in order to generate better treatments.
In the course of this research, I observed that the fine-scale organization of motor cortex includes sub-regions that produce different types of limb movement.
We also repeatedly performed experiments that could previously be attempted only once, providing new information about the stability of neuronal circuits over time.
AED trainers are available for participants to practise the skills in all workplace approved training programs.
By demonstrating the existence of endogenous inhibitory action of taurine in the SON, we propose an additional level of control on VP release.
It was during this time that my fascination towards understanding of the brain and its response to disease, especially neurodegeneration, became my passion and I realized that I wished to continue working within this area of research. Although it was known a priori that neurons stimulate neuroprotection in response to stressors, we were the first to demonstrate such an event in a neurodegenerative animal model. I study ischemia at the level of individual neurons, with the intention of identifying novel protein-protein interactions that might become activated during a stroke and, therefore, might signal, or directly cause brain cells to die. In our study, we identified that pannexin-1 (Panx1) activity via Src family Kinases (SFK) appears to be linked to concurrent activation of the NMDA receptor during ischemia, effectively bridging the gap between two known protein contributors to resolve the unanswered question. As such, it is of major importance to neuroscience and to the mental health of patients, with its refinement of the early diagnosis of dementia and its aim to prevent dementia from developing.
Her successfully defended dissertation research, supported by a CIHR CGS Doctoral Award, was published in the Journal of Pediatric Psychology, Pain, and Pain Management.
This research formed the basis of a proposed model of acute pain memory development (Noel et al., 2012), which outlines the cognitive-affective factors underlying trajectories of pain and illness. Neuropathic pain, neuronal injury, stroke, and epileptic seizures all demonstrate impaired synaptic inhibition. Our findings suggest that failure to consider psychological pre-dispositions may limit efficacy, prolong treatments, increase costs, and lead to unnecessary suffering. My PhD work focused on studying how patterned sensory experience induces structural and functional brain plasticity within intact and un-anesthetised developing brains of the Xenopus tadpole.
Importantly, in my Cell paper we uncovered not only a master regulator of metaplasticity, but also the molecular cascades by which sensory experience triggers its activation. Thus metformin, by activating the aPKC-CBP pathway, recruits neural stem cells and enhances neural function, thereby providing a candidate pharmacological approach for various neurological disorders.
In my work published in the journal Biological Psychiatry, I demonstrated that alterations in central dopamine and serotonin neurotransmission can affect the ERG parameters. This publication is the first to show that changes in central dopaminergic and serotonergic neurotransmission can influence ERG parameters. In particular, our in vitro Slitrk3 knockdown experiments and in vivo comprehensive analyses of Slitrk3 knockout mice indicate that endogenous Slitrk3 is involved in regulating the number of functional inhibitory, but not excitatory, synapses. A central question in the BMI field is where in the brain should neural recording arrays be positioned so as to best capture the goals and intentions of the individual?
In my undergraduate thesis, I examined the effects of maternal deprivation on the intergenerational maternal behaviour of rats (Gonzalez et al., 2001). Park’s supervision as a PhD student in neuroscience at the University of Ottawa (2007-2012) where my research focused on: 1) Understanding molecular mechanisms of neuronal death, specifically in the context of Parkinson's disease and Stroke 2) Establishing better animal models of Parkinson's disease, and 3) Exploring neurodegenerative lipidomic profiling in the context of Parkinson's disease. To do so, familial versions of the disease are often studied due to their more simple aetiology and relatively easy manipulation. Our subsequent publication in Neuron attempted to identify the neural circuit basis of these maps. Importantly, this is the first paper to describe movements of the body caused by stimulating light-sensitive proteins inserted using viral vectors.
Based on our findings, taurine is the only transmitter known to mediate an active inhibition of MNCs in an osmosensitive way.
Recently, it has been shown that damage to neurons during this stage of disease is reversible; thus, our data is highly relevant to the identification of ‘druggable’ targets.
My work has elucidated the role of a large-pore ion channel called pannexin-1 (Panx1) during ischemia; as such, activation of Panx1 during stroke induces severe ionic dysregulation and subsequent neuronal death. We identified the molecular site of interaction between Panx1 and SFK, and developed and patented a novel interfering peptide, TAT-Panx305-318, which disrupts the activation of Panx1 by SFKs effectively blocking the activation of Panx1 during ischemia. Original and innovative, this study combines various analysis techniques (neurological, neuropsychological and neuroimaging) that have helped develop a more complete picture of Parkinson’s disease.
She has disseminated her research in 19 articles published in peer-reviewed journals as well as through national and international conferences, media interviews, community lectures, and science camps for children. This work has clear implications for cognitive-based interventions aimed at enhancing resilient pathways and potentially preventing the development and maintenance of chronic pain later in life. I also took a NSERC Michael Smith Foreign Studies Supplement to work in Helsinki with several labs that are focused on the same protein, KCC2. Our research provides: 1) the first molecular mechanism for therapeutic targets directed at KCC2-mediated chloride homeostasis and 2) the first identification of a brain-specific mechanism for swelling-induced ionic regulation in the hippocampus.
First, I explore pre-dispositions that underlie anxiety-based mental disorders and the efficacy of treatments for these conditions, which have a lifetime prevalence of a staggering 29%. Avoidance of these healthy behaviours due to fear of being injured or of experiencing pain facilitates the progression of acute pain to chronic pain.
The results provide novel insights to how developing organisms learn to respond to the external world by dynamically adapting neural circuit growth and function to ongoing changes in sensory input. In the wake of the study, clinical trials on the effectiveness of metformin at improving brain function are currently underway. The ERG anomalies reported in patients with psychiatric disorders might serve as biomarkers of central monoaminergic dysfunctions, thus promoting the ERG measurements as a useful tool in psychiatric research.
Results observed confirm ERG anomalies found in patients with seasonal affective disorder and support the hyperdopaminergic and hyposerotonergic hypotheses about the disorder. This article identifies several candidate human brain regions where neural signals related to action goals and the planning of hand movements can be recorded and exploited. To elucidate the neurobiological underpinnings of these behavioural differences, in my Master's thesis I examined the effects of maternal deprivation on protein changes in the maternal circuitry of rats (Gonzalez & Fleming, 2002). My doctoral research was funded by the Heart and Stroke Foundation of Canada Graduate Student Award and the CIHR Program in Neurodegenerative Lipidomics. This finding will be helpful to scientists who rely on similar genetic strategies to study the motor system in more complex species such as rats and primates, and also for scientists using these viruses for gene therapy.

Its impact on MNCs is regulated by structural remodelling of glia during different physiological states such as during dehydration and lactation. The other pioneering feature of our publication is our identification of small genetic regulators (microRNAs) that could contribute to this process. The study’s research objective is also very bold, challenging the traditional interpretation of colour vision impairment in Parkinson’s disease as secondary to retinal degeneration. Melanie is a trainee member of Pain in Child Health, a Strategic Training Initiative in Health Research of the Canadian Institutes of Health Research, and has received exceptional mentorship through this program. Furthermore, my paper was recently deemed to be the highest quality in the broad field of pediatric psychology, as I was named the 2012 recipient of the Society of Pediatric Psychology Student Research Award. It was in Helsinki that I met an important collaborator who worked with me on the research for which I have been awarded the CIHR Brain Star Award 2012.
This research unveils a novel molecular mechanism of chloride homeostasis that is important for normal physiological function, such as in learning and memory.
Second, I explore the causes and treatments of chronic musculoskeletal pain, which is estimated to affect a significant portion of the population (~20-40%). The highly critical selection process provided by Cell ensures that this work meets the highest standards of innovation, and we believe our results are important not only to the neuroscience community, but also to wide community of cellular biologists. Her research work has been focused on defining the signalling pathways that regulate the differentiation of neural stem cells, with the ultimate goal of defining ways to recruit the stem cells that are present in the brains of children and adults, and thereby potentially promote neural repair. I am funded by research fellowships from the Fond de recherche du Quebec – Sante (FRQS), the Centre de recherche sur le cerveau et la neuropsychiatrie (CRCN) as well as the Canadian Federation of University Women (CFUW). As such, ERG appears a useful tool for studying psychiatric disorders and for learning more about central neurotransmission. The identification of PTP? as a functional presynaptic receptor of Slitrk3 is also important for understanding how Slitrk3 is selectively involved in inhibitory synapse development. Second, application of the sensitive analysis techniques employed in this work provides the fMRI research community with an opportunity to investigate the same types of intention-related brain signals in humans as previously documented in NHPs. With a foundation in brain-behaviour relations using animal models, I turned to issues of caregiving in women’s mental health.
This is the first study to examine the association between maternal early life adversity (ELA) and parenting using biological measures. Following my thesis completion in June 2012, I moved to Texas to pursue a CIHR postdoctoral fellowship under the supervision of Dr.
This mouse, termed the DJ1-C57, exhibits several cardinal features of human PD including its pathology and behavioural outcomes. Therefore, our results confer a significant leap in our understanding of the role of glial cells and osmoregulation, and will certainly be of widespread interest. My PhD project is centered on the identification of molecular changes that occur in neurons during early prion-induced neurodegeneration in order to better understand the disease process. This observation provides the cornerstone to current work in our laboratory, which suggests that these microRNAs play pivotal roles in survival and regeneration of neurons and their manipulation may provide an inroad to therapy.
We have identified a unique interaction between Src Family Kinases (SFK) and Panx1, in that SFK activity is up-regulated during ischemia, which in turn binds specifically to Panx1 to activate and open its channel. For the first time, we have been able to demonstrate a link between colour vision impairment and brain-related conditions. Melanie is passionate about the field of pediatric psychology and believes in the integration of science and practice in improving the lives of children across the lifespan.
This demonstrates the interdisciplinary and international impact and excellence of this work.
In my free time, I organize a Toronto-wide brain injury awareness project called Brain Day. Chloride homeostasis is known to be severely disrupted in epilepsy and other disease states (e.g. Lastly, I perform research in the under-studied area of how anxiety and pain interact, and why these co-occur much more often than they should by chance. Takaki Komiyama’s lab at the University of California, San Diego to further my deep interest in studying brain plasticity by moving to a rodent model of learning and memory. Her recently published work in Cell Stem Cell discovered that a widely-used human diabetes drug, metformin, is able to promote neurogenesis and improve the spatial learning ability of adult mice. Over the years, I presented my work in several scientific events and international conferences where I received many awards and distinctions from the Association for Research in Vision and Ophthalmology (ARVO), the International Society for Clinical Electrophysiology of Vision (ISCEV), and the Vision Research Network. Ann Marie Craig, I started functional expression screens for synapse-organizing genes and identifying several novel synapse-organizing complexes. Thus, our findings contribute to our greater understanding of the molecular mechanisms for inhibitory synapse development and the functional consequence of impaired development of inhibitory synapses. This is important because, to date, the ability to examine high-level cognitive processes related to action, like intentions, has been largely constrained to the domain of invasive neural recording methods. During my doctoral studies, I worked with high-risk populations of adolescent mothers and mothers with postpartum depression.
In particular, we found that higher levels of cortisol and poorer executive function mediated the association between maternal ELA and greater insensitive parenting.
This finding is particularly innovative as it appears to be one of the most accurate models of familial PD yet.
Interestingly, I observed that neurons initiate a temporary neuroprotective response to prion disease (Majer et al., PLoS Pathogens, 2012). We have also designed a drug (peptide inhibitor) to disrupt SFK-Panx1 binding, which has shown promising efficacy against ischemia both in vitro and in vivo. In July 2013, she will begin a post-doctoral fellowship in pediatric pain under the mentorship of Tonya Palermo, PhD at the Seattle Children's Research Institute.
This past March, during Brain Awareness Week, we reached 293 classrooms across Toronto engaging elementary school children about how the brain works and teaching them how to prevent central nervous system damage by practicing safe behaviour such as wearing helmets properly. I will be focusing on identifying mechanisms underlying different phases of memory, at both molecular and cellular levels using in vivo two-photo imaging in awake and behaving mice. As a result, clinical trials on the effectiveness of metformin at improving brain function are currently underway. Further, given the disease associations of Slitrk family and PTP? genes, our findings provide new insight into the pathophysiology of neuropsychiatric disorders. These studies examined issues spanning biological, behavioural, and contextual domains, including maternal endocrinological and neuropsychological functioning.
This nascent line of research in humans suggests that alterations in neurobiological systems may represent mechanisms linking early experiences to long-term behavioural outcomes and may perpetuate the transmission of risk across generations. In this way, we have provided increased insight into the pathogenesis of this terrible disease. As numerous pathobiological elements are common between prion and other neurodegenerative diseases, it is suggested that a similar neuroprotective mechanism may also be stimulated in these diseases. Presently, the scope of my research is to further investigate this novel SFK-Panx1 interaction in other pathological and potentially physiological conditions. Lastly, this article was published in a scientific journal with a high impact factor (4.5) directed at expert clinicians around the world, which has given it exceptional visibility. My scholarly work also encompasses teaching, attending national and international conferences, participating in practicums within and outside Canada, being a peer-reviewer, supervising honours students, and mentoring junior students. I received the Human Frontier Science Program Postdoctoral Fellowship to support my training in the Komiyama lab. She will open her own independent academic research laboratory in the summer of 2013 at Ottawa Health Research Institute. I employed path analysis to examine how these factors contributed to challenges in parenting, specifically, maternal sensitivity (Gonzalez et al., 2012). We hope that this will translate to the clinical setting as a platform on which to test better therapies, thereby reducing the burden of this illness as a whole. Kerry Delaney at the University of Victoria, where I helped to design and prototype a wireless device for nerve stimulation and recording. Further characterization of this neuroprotective mechanism, especially at the level of gene regulation executed by small RNA species called microRNAs, may lead to novel ways of therapeutic intervention for prion and other neurodegenerative diseases. My thesis focused on describing cerebral mechanisms responsible for object recognition using intracranial electroencephalography in epileptic patients. I hope to complete my PhD in the fall of 2015 and to become a clinical psychologist, professor of clinical psychology or psychiatry, and a prolific researcher. First, from a research perspective, this paper is important because it represents a paradigm shift from psychosocial to biological models in humans to explain the transmission of parenting.
Zoghbi specializes in animal models of neurogenetic disease and is a leader in the field of Rett syndrome, spinocerebellar ataxia and medulloblastoma. In June 2013, I began my postdoctoral fellowship in Yang Dan's lab at the University of California Berkeley. In this study, I used electrophysiological, HPLC, molecular, and imaging techniques to show that taurine from astrocytes controls the excitability of vasopressin neurons. Therefore, for the remainder of my PhD studies my focus is to shed light on the neuronal-specific function(s) governed by microRNAs that I identified to be deregulated during early prion disease. This unusual recording technique is very innovative and allowed me to produce four research articles. My broader goal is to impact the health of Canadians by informing evidence-based treatments for mental disorders.
Harriet MacMillan and Michael Boyle, at McMaster University and the Offord Centre for Child Studies, I have expanded my model to examine additional biological factors.
My current work consists of elucidating the physiological roles of Ataxin-1 family members in vivo as well as performing a genome-wide forward screen for modifiers of Parkinson's disease cellular phenotypes.
Presently, I am working on completing several other projects: (i) a possible neuroendocrine basis of hypertension, (ii) neuronal firing patterns in the supraoptic nucleus, and (iii) morphological plasticity of astrocytes in the supraoptic nucleus. None of these goals would be possible without the opportunities provided to me by my colleagues, mentors, and the Canadian Institutes of Health Research. In addition, I have examined the impact of childhood risks on a number of outcomes using secondary data analysis. My future goal is to study behavioural implications of changes in neuronal excitability and how this relates to various brain pathologies. This brought me to work, from September 2010 to August 2012, as a research assistant in Dr. My works have been supported by postdoctoral fellowships from the Japanese Society for the Promotion Science and the Uehara Memorial Foundation, as well as by the NARSAD Young Investigator Grant from the Brain & Behavior Research Foundation. In July 2013, I will run my own laboratory as an assistant professor at Institut de Recherches Cliniques de Montreal (IRCM). Finally, I have become involved in preventive interventions for child maltreatment, specifically, the Nurse Family Partnership (NFP) in Canada.
Our research projects were on predictors of dementia in Parkinson’s disease and included the research project awarded by this Brain Star Award.
At IRCM, I aim to build up an innovative neuroscience laboratory that creatively introduces unique cell-biological techniques into in vivo models to develop novel therapeutic strategies for neuropsychiatric disorders.
To this end, a long-term goal of my research program is to inform work on prevention and intervention, such that these endeavours take full account the multi-level changes precipitated by maltreatment. Since September 2012, I officially began a postdoctoral fellowship on these Parkinson’s disease projects.

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