Neuroscience PowerPoint Templates is a PowerPoint template that has been created in advance in an effort to enable someone who needs to make a presentation on findings and discoveries in the neuroscience field to do so. An overly scientific and professional appearance often characterizes it, and it is not uncommon to have references to images of the human brain, neuron networks, etc.
This type of diagram is designed to help provide an effective and concise representation of neurological issues, a summary of study findings, and proffered theories to an academic, professional, or general audience. These templates consist of numerous templates for designing different stages such as data, hypothesis, methodology, and conclusion in a more comprehensive format.
You can find more free Education Templates here.
What Is Neuroscience?
Neuroscience is a discipline that focuses on studying the nervous system and the brain. As a branch of biology, neurobiology is intended to study the constitution and performance of neurons and circuits in the NS.
It is an extensive branch of science that merges with physiology, anatomy, molecular biology, developmental biology, cytology, mathematical modeling, and psychology to explain the intricacies of the nervous system.
Major Branches of Modern Neuroscience
Here are some of the major branches of Modern Neuroscience:
Neuroanatomy
On the other hand, neuroanatomy refers to the analysis of the anatomy and structures of an organism’s nervous system. Neuroanatomists investigate neural structures and pathways by observing and mapping the material through anatomical microscopes.
Therefore, by focusing on the different parts of the body and studying them, one can be able to know how the nervous system works.
Neurophysiology
Neurophysiology, on the other hand, concerns the operations of the nervous system, especially with reference to neurons – the building blocks of the nervous system- and how they operate to relay signal impulses within the framework of the body.
Some common specialties include how neurons inform or discharge and the processes governing neurological communication or neurotransmission. Verhoeven et al. (2012) use techniques like patch clamping, imaging, electrical activity measurements, or electrophysiology to record the activity of neurons and neural circuits.
Cognitive Neuroscience
Cognitive neuroscience seeks how the brain, in its structural and functional organization, supports cognition, like learning and memory, perception, attention, language, problem-solving, and decision-making.
Eeg is another technique widely employed by cognitive neuroscientists to identify particular active brain areas when performing certain cognitive activities through fMRI. In this way, we could code the mind’s discrete and specific functions by investigating the networks of neurons in the brain.
Behavioral Neuroscience
Behavioral neuroscience revolves around how the nervous system regulates behavior, feelings, and mental processes. Behavioral neuroscientists help investigate instinctive behaviors, eg, attack, yield to temptation, sleep, reproduce, and even bond, and try to understand the underlying brain circuitry.
They can amalgamate the assessment of these theories by blending inherent experimental hypotheses with psychological testing and neurological instrumentation in an attempt to determine the organic basis of behavior.
Computational Neuroscience
It is a branch of neurobiology that attempts to map the complexities of neural systems and computations involved in cognition and behavior using mathematical and theoretical analysis. Moreover, scientists use and construct nets artificially, based on real biological nets in the brain in computational neuroscientists.
These simulations can mimic the activity of neural circuits and provide other insights into principles of neural information processing. Therefore, Computational neuroscience straddles the divide between experimental and theoretical neuroscience.
Resources to Learn More About Neuroscience
Some steps of Resources to Learn More About Neuroscience:
Online Courses
Even though there are numerous tuition-free or low-cost online courses, learn the basics of neuroscience. In particular, Coursera provides a course called “Fundamentals of Neuroscience,” based at the University of Chicago. EdX has a course called “The Brain: The two main lessons I took from this program are “Structure, Function and Evolution” from Harvard University.
There are also other options in the form of MOOCs or other platforms, such as Udemy, Udacity, and other organizations that offer Intro to Neuroscience classes. These courses allow students to watch videos and study articles, complete quizzes, and engage in online chats.
Podcasts
If you want to be introduced to neuroscience without being stuck in front of a computer or TV, why not try some neuroscience podcasts? In the podcast “Brain Science with Ginger Campbell, MD,” the show host and the guests make new discoveries in neuroscience that reveal how our brains create our humanity.
Whether it’s a listener suggestion or an article, “The One You Feed” often includes episodes on psychology and neuroscience. “Invisibilia” is a show by NPR that centers on invisible forces that influence people’s behavior, as has been informed by research in neuroscience and psychology. Many other podcasts are devoted to the newest research findings of neuroscience and their utilization in our everyday lives.
Books
Some highly-rated books on neuroscience for non-experts include:
- “Behave: To be specific, the book discusses the biological context of who we are at our best and worst, by Robert Sapolsky. This book also looks at the accommodation of biology, genetics, and neuroscience in relation to behavior.
- One day I picked a fairly long piece titled “The Tale of the Dueling Neurosurgeons” by Sam Kean. Employing intriguing anecdotes and aspects of medical investigation, this book aims to reveal the operation of the human brain. The author has successfully presented the matter in a highly informative manner, but at the same time, this is as lively as a piece of writing.
- “Incognito: Neuropsychological work has been presented in a documentary entitled “The Secret Lives of the Brain” by David Eagleman. This killer book shows how our brain behaves unconsciously while guiding our thinking, feeling, and acting processes.
- The two books I have read and found interesting are “The Brain That Changes Itself,” written by Norman Doidge. The book walks the reader through the discovery of neuroplasticity and the notion of having a brain that can alter its structure due to thoughts and experiences. A multifaceted guide that can enhance aspects of our lives by using the power of neuroplasticity.
Here are some more outstanding general neurons that I have read: One must learn and read books to get a feel of the subject and the direction, research, and resources that come later. Due to this, you must be ready to keep learning because so many things are being discovered about the human brain.
How Many Years Does It Take to Become a Neuroscientist?
Neuroscience is a field of science that demands many years of hard study and practice to become a neuroscience expert. Sometimes the path starts with a four-year bachelor’s degree in science, such as; Biology, chemistry, or psychology.
Undergraduate Education
An example of the courses to be taken as an undergrad includes chemistry, biology, anatomy, physiology, and statistics to establish the cornerstone of scientific knowledge. You may also be employed in neuroscience research or projects or can take an internship.
Graduate Degrees
Today, most neuroscientists have graduated: the majority have a Ph. D in neuroscience, psychology, biology, or another related field. Graduate study takes approximately 5-7 years, and work involves progression through coursework and research. Your research will be a dissertation to demonstrate your specialization in a given area of neuroscience.
An academic degree that some neuroscientists gain first is a Master’s degree; it usually takes 2-3 years to complete. A master’s could set the stage for obtaining a Ph. D. or help pave the way for employment directly as a technician or assistant.
Postdoctoral Training
Every fresh neuroscientist who has defended a thesis receives a degree from the Doctor of Philosophy; moreover, 14% of the specialists have postdoctoral research experience, and the maximum term is 1-3 years.
When deciding on which type of position to apply for next, remember that postdocs allow you to become more specialized in a subfield of neuroscience while working directly with a senior investigator.
Career Advancement
After getting the educational background and the working experience, You can become a neuroscientist working in universities, hospitals/health care centers, research facilities or organizations, and private sectors or industries.
Neuroscience aspirants who follow these paths may become principal investigators responsible for undertaking research and supervising research workers. Some may be employed or even become professors or senior scientists at certain points in their careers.
Is a Career in Neuroscience Difficult?
This has led to many people being intrigued by the mysteries of the human brain, but they can only ask whether it would be too difficult to secure a profession in the neuroscience field.
However, that is the truth, as in any scientific discipline, a neuroscientist career can prove to be rather challenging. Still, the benefits of deeper knowledge of the human brain and the assistance in staving off the impact of neurological disorders can justify the attempt.
Neuroscientists would research the agents, which are anatomical, physiological, biochemical, or molecular in nature, on the nervous system and brain. Sometimes, this might require students to carry out time-consuming investigations, empirical findings, and assessments on aspects of brain growth, neuronal function, psychological disorders, memory, perception, and many others.
It is highly trained and involves acquiring a Ph. D. or medical degree, among many other qualities. Subsequently, most neuroscientists proceed to further their studies through postdoctoral fellowships for more practical investigation practice.
Next Steps for Aspiring Neuroscientists
Neuroscience is a field of study for people interested in the central nervous system, human brain, and nervous system; if you are interested in it, you can find the neuroscience profession very enjoyable and rewarding. Here are some suggestions to prepare for a career as a neuroscientist:
As a first step, you should get a bachelor’s degree in an allied field such as biological science, chemistry, psychology, or even physics. Get information about the brain regarding studies on the organ, its connection with behavior, the human body, and its activities. Based on this statement, the practical experiences that one gains throughout the period of undergrad, involving strenuous practical and research work, including lab work, are of immense benefit.
One should consider attending graduate school and taking Ph. D. programs in neuroscience or any relevant course to obtain further information about neuroscience. A neuroscientist education may differ, but normally, the holder must have a doctoral degree level education.
When choosing the right one for you, you should find out if they have specialty areas of study that interest you; for instance, these areas are cognitive neuroscience, cellular/molecular neuroscience, neural engineering, and several other concentrations.
How to Create a Neuroscience PowerPoint Template
You may think that creating a professional and catchy appearance for your neuroscience research or teaching slides in PowerPoint format takes a lot of time and effort, but this is not accurate. In Understanding Slide Layouts & $/ppt tips, you learned how, with just a few changes in design and by adopting typical guidelines, you would have come up with a presentation that is interesting to your audience within no time.
- First, while selecting your font, choose one that is easy to read and not very decorative, preferably Calibri, Arial, or Helvetica. Here are some guidelines to assist in deciding which fonts are easy to read: Sans serif fonts are best for the screen and larger distances. Similar to the guidelines discussed above for the main text formatting, you most likely want to scale headings to a size one or two points up; it would also be useful to consider using a Georgia serif typeface. Generally, using two or three fonts, not more, is recommended to ensure you do not overwhelm your readers.
- Then, select a color contrast and a combination that meets the topic of neuroscience for improved visibility. For instance, the location of blue and orange colors establishes some complementary contrast, while the concept may be associated with typical neural associations. For the background, select a plain pastel or other low-contrast color or a speckled or marbled pattern if you want a textured design. There are slender differences in the appearance of different schemes, although neutral ones are less complicated and disturbing.
- Next, identify a layout style you want to create the slides. Another example of a classic layout is when you have the title in the center, and the bullet points are aligned to the left of the page. If there are images, ensure that they are balanced. Based on the basic guidelines in composition, the “Rule of Thirds” is a good rule of thumb. It is recommended to leave the last third part of every slide blank as they can be used for notes, citations, or captions to images. Symmetry in an environment categorically entails that services and objects delineate the environment, are well-ordered, and do not present a cluttered view to the eye.
- Lastly, visuals should be incorporated deliberately to explain and support content that can be easily depicted. choosing images and designs for a neuroscience presentation could include a picture of a neural network, MRI and scanning images, microscopy images, or even conceptual designs. Especially when using ready-made images in your template, try selecting those with a plain or transparent background. It means that in the case of images, one should describe the content of a picture and what the picture shows as simply as possible to help a person with visual impairment understand what it represents.
So, while making a neurological PowerPoint template, remember to select colors and keep a proper format and template structure to achieve an appealing yet comprehensible view. Your audience will find comfort in the conscious unraveling of cognition neural concepts and mechanisms.
Organize the template in a way that can suit all your presentations with both content and image placement. Later, when presenting your neuroscience research coupled with lessons, use the following templates to make your presentation confidence manifest instantly.
