Join alumni for the annual Tech Talks where two researchers present their work and take questions from the audience.
More than 70,000 Huskies around the world share memories of being tested by epic snowstorms—and exams. Of building engines, bridges—and careers. Of meeting the professor, or roommate—or mentor that changed their lives forever. Michigan Tech alumni reunite annually to celebrate traditions. To create connections.
And continue to ask questions beyond the classroom.
In honor of that lifelong learning, here are the Twitter summaries of this year's Alumni Reunion Tech Talks.
The Rock Connects Us
Consider for a moment your connection to the Keweenaw: what has shaped your sense of place? What is it that you miss while away? The Keweenaw Peninsula is celebrated for its remoteness and recreation opportunities, and is endowed with a rich cultural, industrial, and mining heritage. This presentation explores the concept of geoheritage, peeling back the layers revealing how the extraordinary and ancient geologic underpinnings have shaped the diverse ways we value and connect to our landscape. We’ll explore the education, conservation, and sustainable economic development opportunities geoheritage presents for the Keweenaw.
Consider for a moment your connection to the Keweenaw: what has shaped your sense of place? What is it that you miss while away? The Keweenaw Peninsula is celebrated for its remoteness and recreation opportunities, and is endowed with a rich cultural, industrial, and mining heritage. This presentation explores the concept of geoheritage, peeling back the layers revealing how the extraordinary and ancient geologic underpinnings have shaped the diverse ways we value and connect to our landscape. We’ll explore the education, conservation, and sustainable economic development opportunities geoheritage presents for the Keweenaw.
Geoheritage is the confluence of landscape & culture. Sets the stage for people who have come through the Keweenaw #mtureunion #geology pic.twitter.com/BxXB1lKweU
— MTU Research (@mturesearch) August 3, 2017
Starting the morning with Erika Vye @mtugeomining talking #geoheritage in the #coppercountry #mtureunion pic.twitter.com/OhanOwrcBG
— MTU Research (@mturesearch) August 3, 2017
Something to do while you're visiting for #mtureunion: check out the boulder gardens on campus.
— MTU Research (@mturesearch) August 3, 2017
Red ⬆️: resistant lava flow bottom; orange ⬇️: eroded, vesicle-rich top. #geology feature in #coppercountry #mtureunion @mtugeomining pic.twitter.com/qmdg8YoPrt
— MTU Research (@mturesearch) August 3, 2017
Just learned #LakeSuperior was a failed ocean (we like you better as is @LakeSuperior) #midcontinentrift #glaciers #geology #mtureunion pic.twitter.com/Y3fF1MttDR
— MTU Research (@mturesearch) August 3, 2017
"We have world-class geology in the Keweenaw; how can we use that to bring in visitors?" Erika Vye @mtugeomining #mtureunion #puremichigan pic.twitter.com/ea7Tny3YU5
— MTU Research (@mturesearch) August 3, 2017
Untangling the Role of Protein Misfolding in Alzheimer’s Disease
The average life expectancy in the last two centuries has doubled because of major advancements in modern medicine, lifestyle changes, education, and nutrition. This has led to a significant increase in the proportion of the elderly population and the emergence of age-related disorders that pose serious threats and challenges. With renewed focus on age-related disorders, the numbers of health related issues attributed to protein misfolding and aggregation such as Alzheimer’s, Amyotrophic Lateral Sclerosis, and Parkinson’s disease are on the rise. However, the underlying mechanism(s) by which these aggregated proteins impair cellular function(s) and cause toxicity is not clear and is a subject of intense debate. Dr. Tiwari will discuss recent findings from his lab that sheds light on the role of protein misfolding in neurodegenerative diseases.
Getting ready for the second Tech Talk #mtureunion: Ashutosh Tiwari in the chem dept #protein #chemistry pic.twitter.com/3DPDLQZXGE
— MTU Research (@mturesearch) August 3, 2017
Focused on "untangling Alzheimer's" Check out this video for the basic concept https://t.co/PFh0wYq0nq #mtureunion #Alzheimers
— MTU Research (@mturesearch) August 3, 2017
The many shapes of misfolded proteins. Strands, amorphous clumps, bubbles, and holes. #insulin #biochem #mtureunion pic.twitter.com/AUM1diyvS3
— MTU Research (@mturesearch) August 3, 2017
A challenge studying protein misfolding: test tube experiments are an open highway; protein chem IRL is a crowded city street #mtureunion
— MTU Research (@mturesearch) August 3, 2017
Misfolded proteins are like nanomachines (lawn mowers, snow blowers, cars) When they work, its great; when they don't...well... #mtureunion pic.twitter.com/z0kqYUACkq
— MTU Research (@mturesearch) August 3, 2017
"What we see is a localized accumulation of specific proteins in specific brain regions." Ashutosh Tiwari #misfoldedprotein #mtureunion pic.twitter.com/5rIWg0jY5g
— MTU Research (@mturesearch) August 3, 2017
Protein misfolding depends on messing w/ disulfide bonds. It's crucial to study the interactions under natural body conditions #mtureunion
— MTU Research (@mturesearch) August 3, 2017
Genetic influence comes down to what you inherit; environmental influence comes down to what you encounter #mtureunion Tech Talks #biochem pic.twitter.com/FQiQ8bu7kw
— MTU Research (@mturesearch) August 3, 2017
Ashutosh Tiwari connects protein types, misfolded structures, and the level of toxicity that affect #Alzheimers #ALS #mtureunion pic.twitter.com/RgtnmCIIxg
— MTU Research (@mturesearch) August 3, 2017
Ashutosh Tiwari ends with a discussion of the importance of interdisciplinary collaboration #mtureunion https://t.co/y1OnbfV0Uh pic.twitter.com/nV517BISHK
— MTU Research (@mturesearch) August 3, 2017
Michigan Technological University is an R1 public research university founded in 1885 in Houghton, and is home to nearly 7,500 students from more than 60 countries around the world. Consistently ranked among the best universities in the country for return on investment, Michigan's flagship technological university offers more than 120 undergraduate and graduate degree programs in science and technology, engineering, computing, forestry, business, health professions, humanities, mathematics, social sciences, and the arts. The rural campus is situated just miles from Lake Superior in Michigan's Upper Peninsula, offering year-round opportunities for outdoor adventure.
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