Category Archives: Physiology

Bachelor of Science in Biology: Concentration in Physiology …

The rapid growth of knowledge about the nature and function of biological mechanisms has made physiology a corner-stone of the biological and medical sciences. The Physiology program at San Francisco State University is designed to provide students with a strong background in the basic sciences and an opportunity to obtain either a general overview of the field or to specialize. Emphases in Physiology include the neurosciences, reproductive and endocrine physiology, and comparative and ecological physiology, and aging. Studies at the master's level may include, in addition to the above, emphases in ethology, the neural mechanisms of behavior, and human psychophysiology.

Teaching and research facilities include a modern, fully-equipped eight-story building with a variety of laboratories for behavioral, biochemical, electrophysiological, and anatomical studies. Additional fieldwork may be done in association with the Moss Landing Marine Laboratories, Sierra Nevada Field Campus, the Romberg Tiburon Center for Environmental Studies, the San Francisco Zoo, and Marine World. Research internships are currently being conducted in cooperation with the University of California, San Francisco; Veterans Administration Hospital; and the Pacific Medical Center.

The highly competent faculty, all with Ph.D. degrees, have research interests in comparative biochemistry, endocrinology, reproductive physiology, human sexuality, ecological physiology, environmental enrichment and behavior of captive wild animals, population biology and physiology of marine mammals, neurophysiology, and sensory electrophysiology.

Lower-Division Requirements (38 - 39 units)

Units

BIOL 230

Introductory Biology I

5

BIOL 240

Introductory Biology II

5

CHEM 115

General Chemistry I

5

CHEM 130

General Organic Chemistry

3

CHEM 215/216

General Chemistry II and Laboratory (3/2)

5

MATH 226

Calculus I

4

One course selected from the following:

3 - 4

MATH 124

Elementary Statistics

3

MATH 227

Calculus II

4

BIOL 458*

Biometry

4

One set of the following:

8

PHYS 111/112

General Physics I Laboratory (3/1) and

PHYS 121/122

General Physics II and Laboratory (3/1) OR

PHYS 220/222

General Physics with Calculus I and Laboratory (3/1) and

PHYS 230/232

General Physics with Calculus II and Laboratory (3/1)

Total lower-division requirements

38 - 39

Upper-Division Requirements (29-33 units)

BIOL 350

Cell Biology

3

BIOL 355

Genetics

3

CHEM 340 OR CHEM 349

Biochemistry I OR General Biochemistry

3

Physiology core courses selected from the following (one lecture must be Biol 612 or Biol 630)

9

BIOL 525

Plant Physiology (3)

BIOL 612

Human Physiology (3)

BIOL 616

Cardiorespiratory Physiology (3)

BIOL 617

Environmental Physiology (3)

BIOL 620

Endocrinology (3)

BIOL 621

Reproductive Physiology (3)

BIOL 622

Hormones and Behavior (3)

BIOL 630

Animal Physiology (3)

BIOL 640

Cellular Neurosciences (3)

BIOL 642

Neural Systems Physiology (3)

One Physiology Lab selected from the following:

2-4

BIOL 526

Plant Physiology Lab (2)

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Bachelor of Science in Biology: Concentration in Physiology ...

The Physiology of Breakups – Study Breaks

You dont need a random writer on the internet to tell you that breakups almost always suck. (Maybe not for your friend Sarah, who claims her breakup was totally mutual and is the type of person who can actually pull off a cardigan, but still.) The end of a relationship is rarely easy.

Afterwards, youre often left sad, confused, frustrated and sometimes even depressed. A person can feel like their whole outlook on love has changed. Some people feel the sadness and heartbreak so acutely that it feels like real physical pain, and some want to do nothing but watch all two-hundred-something episodes of The Office and only leave their bed to greet the delivery guy. However, it turns out that there are physiological and scientific reasons for why you feel so poorly after getting dumpedor ending a relationship, if thats what you want to call it.

First, its important to note that emotional trauma like that of a breakup not only affects us mentally and emotionally, but, consequently, also physically. In a 2011 study, researchers asked participants to look at photos of former partners while monitoring their brain activity. They saw that the areas of the brain typically associated with physical pain light up. In fact, people reported that Tylenol was able to reduce this pain. (Win!)

According to a 2008 study, when people engage in long-term relationships, they often start to regulate each others biological rhythms, such as sleep, heart rate, body temperature and appetite. Given this, a breakup could alter your very physiology, maybe even compromising your immune system.

Also on the physiological front are withdrawal effects. While withdrawal is often associated with substances such as drugs or alcohol, the sudden loss of a lover can also trigger similar effects. Love affects the brain in specific ways: When a self-described person in love sees images of their partner, they experience increased activity in the anterior cingulate cortex, medial insula, caudate nucleus and putamen. Interestingly enough, this activity is not seen in lust-based or platonic relationships. We can also see lessened activity in the amygdala, which processes largely anger- and fear-related emotions, in addition to lessened activity in the posterior cingulate gyrus, which deals with the perception of painful emotion.

In terms of chemicals, being in love will raise activity of dopamine, the chemical that signals feedback for predicted rewards, as well as oxytocin, commonly known as the love hormone. Your body begins to expect these chemical signals and adapts to accommodate them. When a breakup occurs, you are suddenly depriving your brain of all the positive sensations it has come to expect, and your brain doesnt cope well with uncertainty; its strained from the sudden loss of these feel-good chemicals, which it then starts craving.

A study looking at the MRIs of cocaine addicts and people in love but recently single showed several neural correlates in common. The findings are consistent with the hypothesis that romantic rejection is a specific form of addiction, says researcher and professor Helen Fisher.

Besides sadness and pain, a common feeling that people cant shake after a breakup is confusion. A group of studies on college students shows that the students who experienced a recent breakup were more prone to use words such as bewilder and confuse in daily diary entries than people who hadnt been broken up with. When youre in a committed relationship, your sense of self can start to overlap with your partner, meaning that a sudden break is extremely jarring in terms of identity. Researcher Gary Lewandowski found that, while new relationships serve to expand ones self concept, the participants reported that a breakup made their self-concept shrink. This confusing feeling means that people feel uncertain about who they are now that the other half they strongly identified with is gone.

Another reason you may be feeling awful after a breakup is because the unexpected ending of a relationship is essentially a form of unanticipated rejection. Humans fear rejection, a fear that likely stems from the historical implications of being rejected from the group during a primordial time period when grouping together was critical for survival. While you no longer have to fear death due to rejection, our bodies retain some of the physiological responses.

When a study looked at the physical effects of rejection, they found that the participants had a sizable parasympathetic nervous system reaction. The parasympathetic nervous system controls most of the bodys functions that dont need our intervention, like the regulation of our internal organs. The study participants experienced a sudden slowing of their heart rate after rejection, especially if it was unanticipated.

The upside of knowing that the awful feelings after a breakup have scientific backing is that there are also some proven ways to help nudge you back on your feet. (I know theres nothing more nauseating than an outsider patting your arm and saying Itll be okay, but stay with me, please.) Obviously, a clear, linear progression from heartbroken to A-okay is pretty much impossible, but researchers and psychologists can offer some suggestions for making it more bearable. Here is some of the best advice for dealing with breakups.

The Placebo Effect

A study of people who had recently experienced a breakup involved giving participants a saline nasal spray. Half were told it was effective in reducing emotional pain and half were told the truth. The people who received the pain reducing spray not only reported less emotional and physical pain, but MRI scans showed that their brain activity decreased in rejection-associated areas and increased in emotion-controlling areas.

The takeaway? Expectations and beliefs matter. If you believe something is going to help heal your broken heart, its possible that it will work.

On Dealing With the Rejection Response

Remember that, while you cant control these feelings, you can control how you respond to them. Remind yourself that part of what you feel happens automatically and make a large effort to behave responsibly, advises relationship and family therapist Roger Gil.

The way we behave can have a huge impact on how we feel. Ever heard that smiling can make you happier? Theres truth in that. Remember, while it may not align with how youre feeling, making mature choices can seriously benefit you in the long run. You dont want to regret calling up your exor worse.

Reflection

While you shouldnt wallow forever post breakup, a study by Grace Larson shows that people who regularly spoke and answered questions about their breakup reported being able to process it better than the people who simply filled out surveys. This study proposes the idea that calm reflection can actually aid the healing process. However, its important to note that dwelling for too long is not helpful.

Talk to your friends or family about how youre feeling and what the experience has been like for you. Writing about the experience as if youre talking to a friend may also be cathartic and healing.

Positivity

It sounds clich, but focusing on the positive aspects of the ended relationship can actually help you move on. Various studies show that people who coped through positive reinterpretation of their breakup experience were more likely to experience a positive outcome.

Here, again, positive writing can create positive emotions in both the short and long term. Maybe its time to start a journal, eh?

Being broken up with will never be a pleasant experience. Understanding the reasons behind why you feel this pain and sadness post-split is useful, but it cant take away the pain when it happens. We have yet to discover an instant antidote for heartbreak, so accept that recovery can take some time. Luckily, recent research suggests that the majority of people overestimate how long it will take them to recover. Furthermore, Monmouth University psychologist Gary Lewandowski found that many people who went through a breakup reported that it helped them to grow and learn from the experience.

Breakups are painful, but I can promise that it wont hurt forever.

If your breakup has worsened existing depression or if you are worried that youre suffering from new symptoms, here are some hotline resources that you can contact:

Substance Abuse and Mental Health Services Administration (SAMHSA): 1-800-662-HELP (4357)

National Hopeline Network: 1-800-SUICIDE (784-2433)

National Youth Crisis Hotline: 1-800-448-4663

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The Physiology of Breakups - Study Breaks

Anatomy & Physiology – a learning initiative

Lever Systems: Bone-Muscle Relationships

How do our bones and muscles work? What makes movement possible? These are just a few questions you may find yourself thinking about now and again, and although these questions cant be answered in a single article, we can tackle the idea of leverage and bone-muscle relationships. In this article well discuss mechanical advantage, mechanical disadvantage, the idea of a lever, fulcrum, effort, and load, classes of levers, and lever systems within the human body.

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How do muscles work? Picture a hand-woven quilt full of strong fibers that have different shapes, sizes, and elasticities. The fibers may converge toward a single point, or run parallel with other muscles. Maybe theyre circular (like the muscle fibers around your mouth and eyes), and attach obliquely. In short, the arrangement of a muscles fiber bundles (fascicles) determines its range of motion and power. In this article well discuss fiber arrangements and muscle mechanics.

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The human skeleton contains 206 known bones and because of its sheer scope, a classification system had to be invented. Typically, bones are classified into four categories by shape: long, short, flat, and irregular. The skeleton is again classified into smaller and more specific groups which well discuss in future publications. The seven functions of bone: support, protection, movement, mineral storage, cell formation, fat storage, and hormone production are briefly discussed as well.

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Anatomy & Physiology - a learning initiative

Physiology profs appointed Mathematical Biology fellows – McGill Reporter

Browse > Home / Kudos / Physiology profs appointed Mathematical Biology fellows

Posted on Tuesday, July 25, 2017

By McGill Reporter Staff

At its most recent annual meeting, the Society for Mathematical Biology appointed 18 people to its inaugural Fellows Program. McGill professors Leon Glass and Michael Mackey, both in the Faculty of Medicines Department of Physiology, were among the researchers recognized by the scientific and scholarly community for their distinguished contributions to the interface between the mathematical and life sciences. The Society held its 2017 meeting at the University of Utah from July 17-20.

Prof. Leon Glass

Prof. Glass is widely known for his 1960 discovery of patterns, now known as Glass patterns, that clarified our understanding of how the human brain processes visual stimuli. His research applies nonlinear dynamics to the understanding of vision, dynamics in genetic networks, cardiac arrhythmias, and dynamical disease. In particular he has worked on problems associated with respiratory rhythmogenesis and the effects of periodic forcing on respiration, dynamics of tremor and motor control, dynamics of cardiac arrhythmia, visual perception, and dynamics in gene networks. Prof. Glass is the Isadore Rosenfeld Chair in Cardiology. His work has earned him accolades that include a Guggenheim Fellowship, the Jacques-Rousseau Prize for Disciplinary Research from the Association Francophone pour le Savoir (ACFAS),and the Society for Mathematical Biologys Arthur T. Winfree Prize.

Prof. Michael Mackey

Prof. Mackey is the Joseph Morley Drake Professor Emeritus in Physiology. His research works to achieve reasonable concordance between biologically realistic mathematical models (of physiological processes at the cellular and molecular level) and laboratory/clinical data. His recent work focuses on the periodic hematological diseases (such as cyclical neutropenia, cyclical thrombocytopenia, and periodic leukemia) and control of the tryptophan and lactose operons. In 2013, an international conference honoring Prof. Mackeys work was held in Lyon, France, to mark the occasion of his 70th birthday.

The Mackey-Glass equation

Glass and Mackey have also collaborated on research. In a 1977 article in the journal Science, they introduced an equation, now called the Mackey-Glass equation, that illuminates how simple control mechanisms can lead to complex bodily rhythms such as the fluctuations in the number of circulating blood cells.

The Society for Mathematical Biology was founded in 1973 to promote the development and international dissemination of research and education at the interface between the mathematical and life sciences. Professors Glass and Mackey are both former presidents of the SMB, having served from 1997-1999 and 2009-2011, respectively.

The full list of 2017 SMB Fellows is online.

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Tag: Leon Glass, Michael Mackey

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Physiology profs appointed Mathematical Biology fellows - McGill Reporter

Pascoe to explore male physiology in second Faber book | The … – The Bookseller

Published July 25, 2017 by Natasha Onwuemezi

Faber is to publish Sex Power Money, the follow up to comedian Sara Pascoe's feminist exploration of the female body Animal....

Faber is to publish Sex Power Money, the follow up to comedian Sara Pascoe's feminist exploration of the female body Animal.

Laura Hassan, editorial director at Faber & Faber, acquired world all language and audio rights to the title from Dawn Sedgwick at Dawn Sedgwick Management. Faber will publish Pascoes second book in August 2018.

In Sex Power Money, Pascoe once again looks to evolution to explain why modern humans are "struggling to be better". The book will be part comedy, part anthropological investigation of the human condition with a focus on male physiology, psychology and hormones. Pascoe will ask questions about masculinity, the contradictory messages bombarding men and how maleness is constructed by our culture. "Much like Pascoes Animal: The Autobiography of a Female Body, this book will be funny, enlightening and open-minded all at the same time", the publisher said.

Pascoe said that during research for Animal, she kept finding that many of the issues affecting human beings were split "not along gender lines but financial".

"There is a direct correlation between vulnerability and poverty and I wanted to explore issues such as sex work and domestic violence not only as purely feminist issues. I also wanted to balance my exploration of the female body with my new fascination for the male - which is equally mysterious, surprising, and occasionally shocking. Our prehistoric ape behaviours have to be at the front of our minds if we want to improve as a species: we have to understand where we came from."

Hassan praised Pascoe's "generous spirit of investigation" in both her book and comedy writing. "She takes on the big knotty stuff of life and makes sense of it all," Hassan said. "This will be an essential and enlightening read."

Pascoe is a comedian, actor and writer. She has appeared on "Live At The Apollo", "Have I Got News For You?" and "The Thick Of It". She is also a columnist for the Guardian and has adapted Pride and Prejudice by Jane Austen for the Nottingham Playhouse and York Theatre Royal.

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Pascoe to explore male physiology in second Faber book | The ... - The Bookseller

Fit For You: Men vs. Women in Endurance Sports – WUWM

Lake Effect's Audrey Nowakowski with Dr. Sandra Hunter of Marquette University's Exercise Science Program.

The battle of the sexes has been long documented - especially in sports. Women have made tremendous strides in both novice and professional competitions, but the question of attaining a truly even playing field remains uncertain.

When it comes to sports performance, things are not equal. Men are generally stronger and faster than women thanks to their physiology. However there have been claims made over the years that the longer an event goes -- think ultra-marathon or even longer -- the more advantages women have over men.

Women have broken through to either win or set records in major endurance competitions such as ultramarathons, World's Toughest Mudder, and the Trans Am. But are these victories exceptions rather than the rule? Dr. Sandra Hunter of Marquette University's Exercise Science Program has been studying the sex differences in sports for more more than two decades - long enough to compile a great deal of data.

She states that overall, in most sports that require power or some type on endurance, the best men will always outperform the best women. There is overlap where a lot of women can perform better than men, says Hunter, but "in terms of endurance, the maximal oxygen consumption - that capacity for men is better due to larger hearts, bigger muscle mass, more hemoglobin, and less body fat to carry."

If women aren't competing at the same rates and the participation is less, we really won't and don't understand the true physiological sex differences and what's relevant for women.

Hunter notes that there is about a 10-12% difference in world records between men and women across the board. "That's just the bottom line, and it's always going to make it difficult for women to outdo men."

Her researchshows that while men may succeed more in endurance sports, women are less fatigue-able than men if you get them to perform a very particular exercise at the same intensity as a man. Women's arms and lower limb muscles consistently outperform men's due to the different makeup of muscle fibers. "Women on average have more fatigue resistant muscle fibers then men," says Hunter.

There are two approaches to understanding the sex difference, according to Hunter: one is to bring men and women into the research laboratory to research physiology, and the other approach is to take real-world performance data and try to understand physiology based on that data.

The latter method of research is not as accurate because the records of women's performances in sporting events have not been compiled as long as men's. Hunter notes that women could not officially compete in marathons until the 1970s, therefore the amount of records compiled is clearly not equal.

"The reality is you get less women and less men competing in those [endurance] events, so you get more of these anomalies that occur," notes Hunter.

She also states that women are not studied or included in research as often as men. This not only has big implications for sports research, but for medical research as well. Hunter says that some male researchers she has met express their reluctance to study women because they are uncomfortable in dealing with menstrual cycles. She says the menstrual cycle in fact has very little impact on a woman's performance.

"The differences across the menstrual cycle for a woman...are much less than the differences between men and women," Hunter explains. "They're just small fluctuations and they really have very limited effect on some of the more pertinent issues of strength and fatigue-ability. So I think it's more perception and that we just have got to start including women more than men in a lot of these studies."

Another claim Hunter has proven wrong is the notion that men are more competitive than women. "We do studies in my lab where we actually measure the ability of the brain to activate the muscle, and there's zip differences between men in women. That in fact women are equally motivated to perform maximal contractions just as much as men are," says Hunter. She notes that women try just as hard as men, but women also historically have had fewer opportunities to participate in exercise and some sports events such as the marathon. Hunter adds that women in general tend to participate less in exercise than men, although it's not clear why. It could be attributed to the myriad of other responsibilities and priorities that men may not share in their daily lives.

It's not like women are less than men or men are less than women. I talk about this not because I think women are more important, but because they're just as important.

Just as motivation doesn't differ between the sexes, nor does the age at which men and women peak in performance. According to Hunter, the average age of peak performance is 29 for both men and women. She came upon this discovery after a Runners World journalist asked her about age and performance after the 2008 Beijing Olympics - the woman who won the marathon was 38 years old while the man was only 21 years old.

Hunter says the real issue is not about definitively proving which sex is "better" through physiological tests. The bottom line is "if women aren't competing at the same rates and the participation is less, we really won't and don't understand the true physiological sex differences and what's relevant for women."

Only time will tell whether the sex difference can be measured appropriately once men and women are equally incorporated in competitive sports. "Then we'll really see what those differences are," says Hunter. "And those differences should be celebrated. It's not like women are less than men or men are less than women. I talk about this not because I think women are more important, but because they're just as important. And I think that is a really key thing to remember."

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Fit For You: Men vs. Women in Endurance Sports - WUWM

WWU students find octopus study a garden of delights – Walla Walla Union-Bulletin

Id like to be under the sea

In an octopus garden in the shade

Hed let us in, knows where weve been

In his octopus garden in the shade

Ringo Starr, 1969, Octopuss Garden

Its all about octopuses this summer in Walla Walla University assistant professor of biology Kirt Onthanks lab. The images to the right are screen shots from his Octopodium YouTube Channel.

Anyone can follow along with Kirt and his students during the current session at the WWU Marine Biology Station at Rosario Beach in Anacortes, Wash. Subscribe to Octopodium at ubne.ws/2tIyi0Y,which has collections of videos from several seasons.

Kirts bio on the WWU website notes hes particularly interested in ecological physiology and behavioral ecology of marine invertebrates, especially cephalopods (squid, octopus and nautilus fall in this molluscan class).

All living things must bring to bear specific physiological adaptations to survive and thrive in the environments in which they find themselves. I am particularly interested how cephalopods physiology, which is similar to that of slugs, snails and clams, has enabled this group of marine invertebrates to be active, mobile predators that compete with vertebrates. I am also interested in adaptations, behavioral and physiological to dynamic, changing environments, such as hydrothermal vents, he said in his bio.

Etcetera appears in daily and Sunday editions. Annie Charnley Eveland can be reached at annieeveland@wwub.com or afternoons at 526-8313.

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WWU students find octopus study a garden of delights - Walla Walla Union-Bulletin

Smart textiles to assess pilot physiology – TEVO – Textile Evolution (subscription)

Smart textiles to assess pilot physiology

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Smart textiles to assess pilot physiology - TEVO - Textile Evolution (subscription)

KSU professor to receive award from American Physiological Society – Manhattan Mercury (subscription)

Tim Musch, university distinguished professor of kinesiology, and anatomy and physiology, was selected for the 2018 Honor Award from Environmental and Exercise Physiology, or EEP, section of the American Physiologic Society.

This award reflects Muschs stature in the field and his contributions to the EEP section. The Honor Award recognizes a previous or current primary member of the EEP section who is 60 years of age or older and has made significant research contributions to the scientific advancement of environmental, exercise, thermal or applied physiology while making significant contributions to enhancing the objectives of the section.

Musch received his bachelors and masters degrees in physical education from the University of California, Berkeley in 1972 and 1974, respectively. He received his doctorate in exercise physiology from the University of Wisconsin, Madison in 1981, and completed a postdoctoral fellowship in cardiovascular research from Southwestern Medical School in Dallas, Texas, in 1984.

Today, Musch teaches exercise physiology on the Manhattan campus and is the co-director of the Cardiorespiratory Exercise Research Laboratory.

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KSU professor to receive award from American Physiological Society - Manhattan Mercury (subscription)

Spring 2017 Commencement at College of St. Scholastica – Brainerd Dispatch

Jessica Murphy of Wadena. Murphy graduated Summa Cum Laude with a Bachelor of Arts in Accounting.

Kelsey Box of Deer River. Box graduated Cum Laude with a Bachelor of Arts in English.

Chloe Wolske of Boy River. Wolske graduated with a Bachelor of Arts in Management.

Jace Swanson of Deer River. Swanson graduated Summa Cum Laude with a Bachelor of Arts in Marketing.

Maurice Bakkila of Brainerd. Bakkila graduated with a Bachelor of Arts in Organizational Behavior.

Travis Gleason of Baxter. Gleason graduated with a Bachelor of Arts in Organizational Behavior.

Kayla Adkins of Pequot Lakes. Adkins graduated with a Bachelor of Arts in Psychology.

Anne Hofius of Brainerd. Hofius graduated with a Bachelor of Arts in Psychology.

Connie Moose of Brainerd. Moose graduated Cum Laude with a Bachelor of Arts in Social Work.

Jacob Blong of Brainerd. Blong graduated Summa Cum Laude with a Bachelor of Science in Exercise Physiology.

Gerrit Garberich of Brainerd. Garberich graduated Summa Cum Laude with a Bachelor of Science in Exercise Physiology.

Sierra Hanowski of Swanville. Hanowski graduated with a Bachelor of Science in Exercise Physiology.

Kacy Livingston of Pequot Lakes. Livingston graduated with a Bachelor of Science in Exercise Physiology.

August Marleau of Deer River. Marleau graduated Summa Cum Laude with a Bachelor of Science in Exercise Physiology.

Alyssa Anderson of Brainerd. Anderson graduated with a Bachelor of Science in Health Information Management.

Emily Jansen of Long Prairie. Jansen graduated Cum Laude with a Bachelor of Science in Health Information Management.

Laura Bandow of Isle. Bandow graduated Cum Laude with a Bachelor of Science in Nursing.

Sarah Becker of Long Prairie. Becker graduated Summa Cum Laude with a Bachelor of Science in Nursing.

Adam Hiltner of Brainerd. Hiltner graduated with a Bachelor of Science in Nursing.

Jennifer Hortness of Little Falls. Hortness graduated with a Bachelor of Science in Nursing.

Joshua Klous of Pierz. Klous graduated Summa Cum Laude with a Bachelor of Science in Nursing.

Mary Kraemer of Baxter. Kraemer graduated with a Bachelor of Science in Nursing.

Isabel Lawrence of Pine River. Lawrence graduated Summa Cum Laude with a Bachelor of Science in Nursing.

Magan McCusker of Deerwood. McCusker graduated Cum Laude with a Bachelor of Science in Nursing.

Emily Orthman of Royalton. Orthman graduated Summa Cum Laude with a Bachelor of Science in Nursing.

Rafael Pichardo of Wadena. Pichardo graduated with a Bachelor of Science in Nursing.

Karissa Posterick of Brainerd. Posterick graduated with a Bachelor of Science in Nursing.

Alyssa Stangler of Albany. Stangler graduated with a Bachelor of Science in Nursing.

Joshua Trosen of Hackensack. Trosen graduated Cum Laude with a Bachelor of Science in Nursing.

Joan Kotila of Pierz. Kotila graduated with a Doctor of Nursing Practice in Advanced Practice Nursing.

Denise Lund of Baxter. Lund graduated with a Doctor of Nursing Practice in Advanced Practice Nursing.

Lisa Smeby of Swanville. Smeby graduated with a Doctor of Nursing Practice in Advanced Practice Nursing.

Carri Jones of Cass Lake. Jones graduated with a Master of Business Admin. in Business Administration.

Victoria Sechser of Pine River. Sechser graduated with a Master of Science in Athletic Training.

Thomas Nixon of Deerwood. Nixon graduated with a Master of Science in Project Management.

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Spring 2017 Commencement at College of St. Scholastica - Brainerd Dispatch