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Trends Presentation

Transcript: Emerging Technological Trends Emerging Trends in Tools and Applications It is important to stay informed on the ever changing technologies that have an impact on education. Today we will look at current trends in tools and applications. Emerging Trends in Tools and Applications EDUCATIONAL TECHNOLOGY Emerging Trends EDUCATIONAL TECHNOLOGY HARDWARE, SOFTWARE, & SYSTEM DEVELOPMENT Trends in Hardware, Software, and System Development Trend #1 : Ubiquitous Mobile Computing Trend #2: More Sources of Open Content Trend #3: Massive Open Online Courses (MOOCs) Trend #4: Increased e-book/e-text presence Trend #5: Tablet Computing Trend #6: Augmented Reality Systems Trend #7: Wearable Technologies Trend #8: Gesture-Based Computing Trend #9: Games and Gamifications Trend #10: Learning Analytics Trend #11: 3D Printing According to the annual report of the New Media Consortium’s (NMC) Horizon Project (Johnson, Adams Becker, Estrada, & Freeman, 2014; Johnson et al., 2013) the following trends have the potential to have great impact on our education and in turn our society. By incorporating the use of these trends, we can have a greater influence on learning in our classroom and help our students outside of the classroom as well (Roblyer 25). TRENDS IN EDUCATIONAL APPLICATIONS EDUCATIONAL APPLICATIONS Educational Applications Trends Creating an environement in which promotes learning is important and keeping up with trends that can aid in creating an environment that provides on demand instruction and feedback individualized for students plays a vital role in this. The following trends will help to provide just that. Trend #1: Flexible Learning Environments Trend #2: Personalized Learning Trend #3: New Instructional Models Trend #4: Reliance on Learning at a DIstance Trend #5: Increased Educational Options for Students with Disabilities 7 Trends TREND: GAMES & GAMIFICATIONS A trend that will I will look further into is Games and Gamifications TREND: GAMES & GAMIFICATIONS Importance: Games are a way to engage and motivate students. Gamification is a way of incorporporating motivational aspects of games such as badges awarded for success. By providing rewards for acchievement and increasing student intersest, the goal is to increase time spent on learning. Why include? USEFUL RESOURCE Today we will look at a resource that incorporates the Gamification aspect to increase engagment and motivation but is also a great tool for instruction. USEFUL RESOURCE KHAN ACADEMY KHAN ACADEMY Khan Academy is an online eduactional resource that contains practice for particular skills/tasks for many content areas. As students practice skils, they are provided with hints on problems if needed, instructional videos for additional support, engagment rewards for students, and progress monitoring that allows teachers to view class activitiy and achievment. In Khan Academy teachers can set up classes so they can create tasks and monitor progress Setting Up a Class It is free to register and once you have registered you can "add children" for your classes under your profile. Under your profile, a teacher can view student progress. You are able to see videos students are watching, hints they have used, class statistics, badges and awards earned, and other activity. Profile The badges tab allows you to view all the badges your class has achieved. You can view mastery and how many questions are being successfully answered. Badges Badges The Progress tab provides a break down on what skills are mastered and what skills are not mastered. PROGRESS PROGRESS Khan Academy allows you to communicate with your students. You can ask questions and provide comments. It opens up communication between you and your students. DISCUSSION DISCUSSION Another tool that can be used is creating curriculum based projects for yours students. This is another great way for engagment and motiviation. You can chose from pre-made projects or create your own. PROJECTS PROJECTS This feature allows you to add "coaches" for your students. Coaches have access to your khan academy data. Another great tool is that you can allow parents to view their child's progress. This is a great way to keep parents up-to-date on how well their child is doing on particular skills. COACHES COACHES References References Roblyer, M. D. (2016). Integrating Educational Technology into Teaching, 7th Edition. Pearson, 20150130. VitalBook file. Khan Academy (2017). Retrieved May 21, 2017 from

Trends Presentation

Transcript: Differential Genetic and Epigenetic Regulation of Catechol-O-Methyltransferase is Associated with Impaired Fear Inhibition in Posttraumatic Stress Disorder Norrholm SD, Jovanovic T, Smith AK, et al. Presented by: Nikita Bess & Rebecca Wolstein Background Background COMT = catechol-O-methyltransferase Wildtype (Val/Val) COMT: catabolizes and clears catecholamines from synaptic cleft SNP (Met/Met or Val/Met) COMT: 35-50% less activity (Chen et al, 2004) COMT = catechol-O-methyltransferase Wildtype (Val/Val) COMT: catabolizes and clears catecholamines from synaptic cleft SNP (Met/Met or Val/Met) COMT: 35-50% less activity (Chen et al, 2004) Chen et al, 2004 Chen et al, 2004 Fear-Potentiated Startle paradigm (Norrholm et al., 2011) Fear-Potentiated Startle paradi... (Norrholm et al., 2011) (Norrholm et al., 2011) Current Study Current Study Objectives Objectives (1) Relationship between COMT genotype and PTSD diagnosis during a fear-potentiated startle assessment (2) Relationship between a given genotype and the methylation status at CpG sites in the COMT gene Hypothesis Hypothesis “COMT Met158 homozygotes display [an] increased fear-potentiated startle to a safety signal and during extinction… this deficit in fear inhibition [is] associated with PTSD.” Methods Methods Participants Participants Inner-city population from Atlanta, GA Fear Potentiated Startle Assessment Fear Potentiated Startle Assessment 1. Habituation 2. Fear Conditioning Phase CS+ CS- NA 3. Extinction Phase Figure 2. Figure 2. (Norrholm et al, 2011) US-Expectancy rating showed a conscious discrimination between CS+ & CS- Results PTSD+ > PTSD- Met/Met > Val/Val Stratified sample by race Main effect: genotype Met/Met PTSD+ have impaired fear inhibition RM ANCOVA Figure 3. Methylation Analysis Figure 4. Methylation Analysis Methylation Analysis Evaluated the interaction between methylation & PTSD in fear inhibition 1. DNA isolated from blood 2. Illumina Technology - CpG sites in COMT selected via beadchip 3. DNA amplified, fragmented, & hybridized on beadchip 4. Flourescently stained & analyzed (Wikipedia) Results Met/Met = increased methylation High methylation = higher startle response to CS- Main effect = genotype, not PTSD+ Stratified sample by race Step-wise regression analysis Figure 5. Discussion Discussion Main Findings Main Findings (1) Met/Met PTSD+ have increased responsiveness to CS- (2) Impaired fear extinction for Met/Met PTSD+ (3) Met/Met has DNA methylation at 4 CpG sites; 2 are associated with startle to CS- (4) Step-wise regression showed signifance in methylation when controlling for past trauma exposure (5) Altered COMT disrupts catecholamine metabolism (6) Methylation of CpG sites represents epigenetic modification Limitations & Critiques Limitations & Critiques Could not extract DNA from brain tissue; used lymphocytic/peripheral blood used for DNA extraction Small and very specific sample size The use of other physiological measures to determine "startle" NPU Startle Test (Schmitz & Grillon, 2012) Time frame of "Extinction Learning" Implications Implications Prenatal screening for Met/Met genotype Preventative measures for psychiatric illness Questions?

Trends Presentation

Transcript: Distance Learning And Its Impact on CTE Education Resource: Each CTE course is impacted in a different way. For example, a business course will be impacted differently than a computer science course. Both of those courses will be affected differently than an agriculture course. Impacts will vary among the different CTE courses but there are a few impacts that remain the same for all CTE courses. Improved Technology Skills Improved technology skills When students and teachers are having to rely on technology to complete the requirements of a course, they are forced to hone their skills where technology is concerned. Teachers must become more knowledgeable about and comfortable with the platforms they use for instruction, assessment, record-keeping, communication, and more. Students must become more knowledgeable with their computers or tablets and the software they must use to complete their coursework. Using technology in this way (to create projects, complete assignments, communicate with teachers and peers, etc.) teaches students important skills they will need to know in their careers. Loss of Hands-on Experiences Loss of Hands-on experiences The main drawback associated with distance education is that CTE courses rely heavily on hands-on experiences to meet the goals and full potential of the course. Without meeting in person it is hard to recreate these hands-on experiences that are so essential to CTE course standards. Many of the lessons in CTE courses require specific equipment that may not be readily available to students who are not in the classroom. Flexibility of Learning Flexibility of learning Another benefit to distance education is it provides flexibility for learning. Students can view lectures and materials at their convenience and complete assignments and assessments on their own time. Teachers are able to educate students without having to be in the classroom. They have freedom to work on other things while also fulfilling their duties for the course. Distance Learning also helps with budget flexibility as costs for this kind of instruction is much lower than a traditional course.

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