Marywood University is offering Continuing Education Summer Art Workshops during the months of July and August. These workshops include:

• Handmade Mugs – Saturday, July 31, 10 a.m,- noon, in the Ceramics Room on the first floor of the Insalaco Center for Studio Arts. Participants will roll out a slab of clay and add a handle to create a mug to include a favorite quote, initials, or design on the side to enjoy each morning with coffee or tea. The cost of the workshop is $50, and includes 3 pounds of clay, glazes, and firings.

• Coil Building Workshop – Saturday, August 7, 12 – 4 p.m., in the Ceramics Room on the first floor of the Insalaco Center for Studio Arts. Participants will learn the basics of flattened and paddled coiling to create functional and decorative vessels. This workshop will provide attendees with historical notes as well as hands-on experience to help them gain an appreciation for this ancient art. Attendees will explore the coiling process to create a variety of bowls, mugs, and vases. The cost of the workshop is $120 and is open to all skill levels, and all forms of expression will be encouraged.

• Beginning Calligraphy – Saturday, August 21, 9:30 a.m. – 12:30 p.m., Room 336, in the Insalaco Center for Studio Arts. An easy introduction to calligraphy includes instruction on how to set up your space, how to hold the pen properly, and the proper movements to make perfect letter strokes. A special calligraphy felt tip pen is included, as well as special calligraphy papers for a small materials fee. The cost is $35 plus a materials fee of $10, payable to Margie Zaums, instructor, at the time of the workshop.

For additional information on these workshops, please contact Christine Medley at cmedley@marywood.edu.

Minor League Baseball™ (MiLB™) and Major League Baseball™ (MLB™) announced the rescheduling of 10 games at the Triple-A level that were postponed at the start of the 2021 season. The rescheduled games will be played in a new postseason tournament format called the “Triple-A Final Stretch” and will follow the current 120-game Triple-A championship season schedule. All 30
Triple-A Clubs will play five home games and five road games during the Final Stretch.

For each the Triple-A East and Triple-A West, a 2021 Regular Season Champion will be named based on overall winning percentage through the originally scheduled championship season (concluding Sept. 19 and Sept. 21, respectively). Among the 30 Clubs, a single 2021 Triple-A Final Stretch Winner will also be crowned based on the highest overall winning percentage during this 10-game stretch. The winning Club will be awarded a prize from Major League Baseball.

“We think this format will add excitement to the end of the season while also allowing our teams a chance to reschedule games that were lost earlier in the year,” said Major League Baseball Senior Vice President, Minor League Operations and Development Peter Woodfork. “With all 30 teams
participating in this Final Stretch, all Triple-A players and communities will have the opportunity to win this year’s postseason tournament.”

The following tiebreakers will apply to determine the two Regular Season
Champions as well as the Final Stretch winner:

1. Best regular season winning percentage.
2. Regular season head-to-head record (if three or more clubs are tied, the
   best winning percentage in games among the Clubs).
3. Best regular season winning percentage over the final 20 games.
4. Best regular season winning percentage over the final 21 games, etc.
   The schedule for the Triple-A Final Stretch is attached and the matchups are as follows:

Scientists from the Regeneron Genetics Center (RGC) have discovered rare genetic mutations in the GPR75 gene that are associated with protection against obesity.

As part of the research that led to the finding, published in Science, RGC scientists analyzed deidentified genetic and associated health data from 645,000 volunteers from the United Kingdom, United States and Mexico, including participants in Geisinger’s MyCode Community Health Initiative.

It is estimated that more than one billion people will be suffering from severe obesity (body mass index [BMI] of 35 or higher) by 2030. Working with collaborators, RGC scientists found that individuals who have at least one inactive copy of the GPR75 gene have lower BMI and, on average, tend to weigh about 12 pounds less and face a 54% lower risk of obesity than those without the mutation. Protective mutations were found in about one of every 3,000 people sequenced.

“This is a potentially game-changing discovery that could improve the lives and health of millions of people dealing with obesity, for whom lasting interventions have often been elusive,” said Christopher D. Still, D.O., director for the Geisinger Obesity Research Institute at Geisinger Medical Center. “While the behavioral and environmental ties to obesity are well understood, the discovery of GPR75 helps us put the puzzle pieces together to better understand the influence of genetics. Further studies and evaluation are needed to determine if reducing weight in this manner can also lower the risk of conditions commonly associated with high BMI, such as heart disease, diabetes, high blood pressure and fatty liver disease.”

Regeneron scientists, collaborating with scientists at New York Medical College, replicated their finding in mice that were genetically engineered using Regeneron’s VelociGene^® technology to lack copies of the GPR75 gene. Such mice gained 44% less weight than mice without the mutation when both groups were fed a high-fat diet.

Regeneron scientists are pursuing multiple therapeutic pathways – such as antibody, small molecule and gene silencing approaches – based on this newly discovered genetic target. “Discovering protective genetic superpowers, such as in GPR75, provides hope in combatting global health challenges as complex and prevalent as obesity,” said George D. Yancopoulos, M.D., Ph.D., co-founder, president and chief scientific officer at Regeneron.

“Discovery of protective mutations – many of which have been made by the Regeneron Genetics Center in its eight-year history – will allow us to unlock the full potential of genetic medicine by instructing on where to deploy cutting-edge approaches like gene-editing, gene-silencing and viral vector technologies.”