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Showing posts with label ATHLETIC TRAINING. Show all posts
Showing posts with label ATHLETIC TRAINING. Show all posts

Walter Gordon: A Pioneer On The Field And Beyond

Written By Unknown on Friday, February 6, 2015 | 12:58 AM

Walter Gordon was the first African-American student at the Boalt Law School. Courtesy: Cal Athletics
Walter Gordon was the first African-American student at the Boalt Law School. Courtesy: Cal Athletics

While Walter A. Gordon was a trailblazer during his days as a Cal football player, it’s the ground he broke after he left Berkeley that really made history.

Gordon was a star player along the Bears’ offensive and defensive lines from 1916-18, and after his senior season he became the first All-American football player in Cal history. His selection also made him the second African-American ever to be named All-American.

Gordon went on to become a pioneer in many ways after graduating from Cal. He was the first African-American on the Berkeley police force and the first African-American student at the Boalt Law School, from which he received his JD in 1922. Later in his life, Gordon was appointed to the position of Governor of the Virgin Islands by President Dwight Eisenhower.

Gordon was born in Atlanta, Ga., in 1894 as a second generation free African-American. His father was a Pullman porter, who moved his family to Riverside, Calif., in 1904. Gordon’s father enrolled his children in Riverside Polytechnic High School, a predominantly white high school, in an attempt to give his son a better education. Walter was deeply affected by this and was known to quote his father in later years, asserting that color should not be an influence in access to education.

Walter entered UC Berkeley in 1914 and quickly became involved in a variety of activities. Although now known primarily for football, Gordon was a talented athlete who also excelled in wrestling and boxing, winning the state championship in both of these sports during his time at Cal. He also founded the Alpha Epsilon Chapter of Alpha Phi Alpha, the first African-American Greek-letter fraternity.

In football, Gordon was a star player. He was also the first African-American player on first string. Extremely versatile, he played every position on both the offensive and defensive lines except center throughout his three years on the varsity. He shone as both a blocker and a tackler, a large man who was remembered by all who knew him for both his brute force and a surprising amount of litheness. In 1918, his senior season, Gordon was selected as a member of the third All-American team by the “Father of American Football” himself, Walter Camp. Gordon was the second African-American player to receive the honor of All-American, and the first player from Cal. That same year, Gordon was honored with an outstanding player award, presented in front of a large audience at the Greek Theatre.

Walter Gordon

Gordon experienced a great amount of success during his tenure as an athlete; however, he was also faced with challenges on account of his skin color. During his participation on the Cal heavyweight boxing team, prejudices against African-Americans sometimes kept Gordon out of the ring. In one such incident, the Stanford boxing team refused to compete against Berkeley due to Gordon’s presence. Gordon was forced to sit on the sidelines as another boxer was substituted in his place.
Racism followed Gordon into football as well. Andy Smith (coach of the “Wonder Years” teams) became head coach in 1916 and was unsure of how to navigate the sensitive subject of an African-American player on the team. When Cal was booked to play in Seattle, Smith was uncertain if Gordon should be allowed to come along. When put to a vote, the team decided that if Gordon made first string, he should be able to come with them and play the game. Nevertheless, as soon as the train arrived in Seattle, Gordon left his teammates to find lodging in an African-American part of town, reappearing the next morning to take his place in the game. He was unable at that time to stay in the same hotels as his teammates. Those who knew him say Gordon consciously handled situations regarding race this way, pushing boundaries, while leaving other battles for a later day.
After Gordon’s graduation, Smith hired Gordon as a part-time coach for the football team. He became the head coach for the Goofs, later known as the Ramblers. This team was the equivalent of the junior varsity. Gordon also became the head scout for Smith during the team’s Wonder Years and continued on through the tenure of famed head coach Lynn “Pappy” Waldorf.

Gordon’s responsibilities included both scouting new players and attending the games of Cal’s opponents to study their plays. Those who worked with Gordon claimed he was so perceptive he could predict the other team’s next play based solely off of their movements. Gordon’s skill was also apparent when he assisted in planning plays for Cal. He was thought to have a keen sense of what would happen; one player claimed he felt that when he stepped on the field, he was acting out a scenario that had been written by Gordon. Additionally, he worked closely with quarterbacks. In this era, no plays could be called from the sideline during a game, so the quarterback was essentially an offensive coach on the field. This meant quarterbacks worked a lot with the scouts to determine plays.

Gordon was considered a valuable member of the coaching staff, yet he was an understandably frustrated coach. During the 1920s and 30s, no African-American was allowed to hold any place of significant importance on the staff. Gordon was only allowed to be a coach for the Goofs, though he sometimes ran plays with the varsity linemen. Smith also kept Gordon out of all coaching staff pictures because he felt that seeing an African-American coach would discourage recruits from coming to Cal.

At the beginning of his term, Gordon had to change in a separate room from the rest of the coaches. When he went on scouting trips, he was subject to law allowed by the infamous Plessey v. Ferguson Supreme Court case, which legalized separate transportation and lodging for African-Americans. Gordon was forced to ride on the day coach in trains, regardless of the duration of a trip, and continued to stay in separate accommodations from his white counterparts.

Eventually, Gordon made some headway against the challenges of segregation. He got an “individual privilege” to stay in white hotels while on scouting and coaching jobs in major cities, although he still had to sneak in the side door. The trains also granted concessions, awarding Gordon with his own Pullman section compartment – a much more comfortable way to travel.

Gordon stayed very involved with football at Cal while continuing to expand his horizons. From 1919 to 1929, he served as a member of the Berkeley Police force, where he was once again the first black member. In the ’20s and ’30s, Gordon was active in the NAACP, eventually becoming president of the Alameda County branch. He married May Elisabeth Fisher in 1920, and together they had three children. He attended Boalt Law School and was the first African-American student and JD recipient when he graduated in 1922. Afterwards, he held a joint practice for many years, serving a mostly white client base, while gaining enormous respect in his field. Gordon also served as the vice president of the Lawyer’s Guild of San Francisco and was invited to speak at the L.A. Bar association.

In 1943, Chief Justice Earl Warren, himself a 1914 Boalt graduate, appointed Gordon to the California Adult Authority Board, which dealt with matters of state parole. Gordon ended his private practice a year later and for the next nine years served as chairman of the Board. Throughout his tenure, Gordon was credited for helping to change attitudes towards crime, focusing on humane policies and rehabilitation.

In 1955, President Dwight Eisenhower appointed Gordon to the position of Governor for the Virgin Islands. Gordon served as Governor for three years, during which time he aimed to better the struggling society. After his term, he became a Federal Judge of the District Court of the Virgin Islands, and for the next 10 years used his law degree to try and better people’s lives.

Those who knew him remember Gordon as a charismatic and determined individual. He aimed to be an “inspiration to members of his race” and frequently insisted that the world should not think less of him based on the color of his skin. He took pride in all that he did and what he had accomplished, as well as his history and family.  He made no apologies for his heritage and achieved a great amount in his 82 years before passing away in 1976. He was chosen the California Alumnus of the Year in 1955, received the Citation Award from the Law School in 1964, and was named to the National Football Foundation’s College Hall of Fame in 1975. Today, he is remembered through the Walter Gordon Memorial Fund, established in 1991 to provide money for summer internships at the Law School.

Allison Spivack (UC Berkeley, Class of 2017) did the research and writing of this story as part of her Undergraduate Research Apprenticeship with Professor Margaret Conkey (Anthropology), which has brought together four undergraduates at Berkeley who are researching various aspects of Cal's student-athletes and the athletic program.

Source: Calbears

Football players found to have brain damage from mild 'unreported' concussions

Written By Unknown on Wednesday, January 14, 2015 | 6:20 PM

The images from the Ben-Gurion University of the Negev JAMA Neurology study represent Blood-Brain Barrier (BBB) Permeability in Football Players (A) vs. a control group (B). The players in the pathological-BBB group (B) presented focal BBB lesions in different cortical regions including the temporal (player 4), frontal (player 5), and parietal (player 6) lobes. Both gray and white matter were involved. Credit: Image courtesy of American Associates, Ben-Gurion University of the Negev
A new, enhanced MRI diagnostic approach was, for the first time, able to identify significant damage to the blood-brain barrier (BBB) of professional football players following "unreported" trauma or mild concussions. Published in the current issue of JAMA Neurology, this study could improve decision making on when an athlete should "return to play."

According to Prof. Alon Friedman, from the Ben-Gurion University Brain Imaging Research Center and discoverer of the new diagnostic, "until now, there wasn't a diagnostic capability to identify mild brain injury early after the trauma. In the NFL, other professional sports and especially school sports, concern has grown about the long-term neuropsychiatric consequences of repeated mild Traumatic Brain Injury (mTBI) and specifically sports-related concussive and sub-concussive head impacts."

The paper, published by researchers at Ben-Gurion University of the Negev (BGU) and Soroka University Medical Center, describes a new diagnostic approach using Magnetic Resonance Imaging (MRI) for detection and localization of vascular pathology and blood-brain barrier breakdown in football players.

The images from the Ben-Gurion University of the Negev JAMA Neurology study represent Blood-Brain Barrier (BBB) Permeability in Football Players (A) vs. a control group (B). The players in the pathological-BBB group (B) presented focal BBB lesions in different cortical regions including the temporal (player 4), frontal (player 5), and parietal (player 6) lobes. Both gray and white matter were involved.

"The goal of our study was to use our new method to visualize the extent and location of BBB dysfunction in football players using Dynamic Contrast-Enhanced Magnetic Resonance Imaging (DCE-MRI) on a Phillips 3-T Ingenia. Specifically, it generates more detailed brain maps showing brain regions with abnormal vasculature, or a 'leaky BBB.' "

Study participants included 16 football players from Israel's professional football team, Black Swarm, as well as 13 track and field athletes from Ben-Gurion University who served as controls. All underwent the newly developed MRI-based diagnostic.

The DCE-MRIs were given between games during the season and revealed significant damage.

Forty percent of the examined football players with unreported concussions had evidence of "leaky BBB" compared to 8.3 percent of the control athletes.

"The group of 29 volunteers was clearly differentiated into an intact-BBB group and a pathological-BBB group," Friedman explains. "This showed a clear association between football and increased risk for BBB pathology that we couldn't see before. In addition, high-BBB permeability was found in six players and in only one athlete from the control group."

Friedman also explains that not all the players showed pathology. This indicates that repeated, mild concussive events might impact some players differently than others. This level of diagnosis of individual players can provide the basis of more rational decision making on "return to play" for professionals as well amateurs of any age.

"Generally, players return to the game long before the brain's physical healing is complete, which could exacerbate the possibility of brain damage later in life," says Friedman.

A decade of research in the BGU Laboratory for Experimental Neurosurgery has shown that vascular pathology, and specifically dysfunction of the blood-brain barrier (BBB), plays a key role in brain dysfunction and degeneration, and may be an underlying cause of neurodegenerative complications after brain injuries.

The BBB is a highly selective permeable membrane that separates circulating blood from extracellular fluid. It protects the brain by preventing many dangerous substances from penetrating, and therefore is not meant to be damaged.

Medical researchers, including Friedman's group at BGU, are working to find ways to find drugs that will target the BBB and facilitate its repair, allowing for the prevention of Alzheimer's disease and other brain-related disease.

"Prof. Friedman has been able to conduct this breakthrough brain research using the state-of-the-art MRI machine donated as a result of contributions from American Associates, Ben-Gurion University of the Negev (AABGU)," explains Doron Krakow, AABGU executive vice president. "We believe that with continued support, Prof. Friedman and the DCE-MRI can help render more accurate and informed decisions by athletes and others exposed to mild concussions about when to resume activities."

Source: American Associates, Ben-Gurion University of the Negev

A lab in your pocket: Using CAD to load dozens of tests on a lab-on-a-chip

Two computer-generated configurations for routing a droplet through multiple lab-on-a-chip diagnostic tests, many more than are currently possible using manual methods. The software was developed by Michigan Tech's Shiyan Hu and Chen Liao. The figure is reproduced with permission of IEEE Transactions on NanoBioscience. Credit: Chen Liao and Shiyan Hu
When you get sick, your physician may take a sample of your blood, send it to the lab and wait for results. In the near future, however, doctors may be able to run those tests almost instantly on a piece of plastic about the size of credit card.

These labs-on-a-chip would not only be quick -- results are available in minutes -- but also inexpensive and portable. They could be used miles from the nearest medical clinic to test for anything from HIV to diabetes. But as powerful as they may be, they could be far better, says Shiyan Hu, an associate professor of electrical and computer engineering at Michigan Technological University.

Generally, a lab-on-a-chip (LOC) can run no more than a test or two. That's because the chips are designed manually, says Hu. If the LOC were made using computer-aided design, you could run dozens of tests with a single drop of blood.

"In a very short time, you could test for many conditions," he said. "This really would be an entire lab on a chip."

With PhD student Chen Liao, Hu has taken the first step. "We have developed software to design the hardware," he said. Their work focuses on routing the droplet of blood or other fluid through each test on the chip efficiently while avoiding any chip contamination.

"It has taken us four years to do the software, but to manufacture the LOC would be inexpensive," Hu said. "The materials are very cheap, and the results are more accurate than a conventional lab's."

Ultimately, Hu aims to fabricate their own biochip using their software.

Their work was featured on the cover of the March edition of IEEE Transactions on Nanobiosciences and described in the article "Physical-Level Synthesis for Digital Lab-On-a-Chip Considering Variation, Contamination, and Defect." Liao was partially supported by an A. Richard Newton Graduate Scholarship, awarded by the Design Automation Conference.

 
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