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Welcome to The Learning and Assessment Center

The Learning and Assessment Center at Michigan State University (MSU) is a result of the collaborative vision of the Colleges of Human Medicine, Nursing, Osteopathic Medicine and Veterinary Medicine at MSU.

This unique multi-college organization allows for better efficiency, new cross-college collaborations and the opportunity to model aspects of team care so important to achieving optimal patient outcomes and improving our healthcare system. The Learning and Assessment Center (LAC) helps prepare health professions students develop and demonstrate competence in basic tasks and skills through in-depth, hands-on training. It is an important extension of their classroom training, allowing them to expand and fine-tune their abilities before going into a real-life setting.

The LAC Experience

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Kagan Scholarship Information

Dr. Norman Kagan devoted his career (over 20 years at MSU) to exploring ways people interact. He was particularly interested in counselor/client and health professional/patient communications. He focused on measuring and developing methods for teaching empathetic interactions and greatly influenced the education of physicians, counselors, and paraprofessionals nationally and internationally.

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Students will practice ACLS Megacodes with trained ACLS Instructors in high fidelity simulations.  Students will practice delivering medications with an understanding of pharmacology of ACLS medications, delivering electricity to manikins with defibrillators and indications for use, implementation of high-quality CPR, and team skills. To register click here .

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Key points from the 2015 Guidelines Update provides bystanders, dispatchers and communities with practical guidance to improve the effectiveness of their teamwork:

1. Untrained bystanders should still call 911 and provide Hands-Only CPR, or CPR without breaths, pushing hard and fast in the center of the chest to the rate of 100-120 compressions per minute. However, if the bystander is trained in CPR and can perform breaths, he or she should add breaths in a 30:2 compressions-to-breaths ratio.

2. Bystanders should use mobile phones to immediately call 911, placing the phones on speaker, so the dispatcher can help bystanders check for breathing, get the precise location and provide instructions for performing CPR.

3. Dispatchers should be trained to help bystanders check for breathing and recognize cardiac arrest. Dispatchers should also be aware that brief generalized seizures may be an early sign of cardiac arrest.

4. Mobile dispatch systems that notify potential rescuers of a nearby presumed cardiac arrest can improve the rate of bystander CPR and shorten the time to first chest compressions.Communities may want to consider this service to improve the chain of survival.

5. Improving Healthcare’s Systems of Care:

Continuous quality improvement

Create a culture of action that benefits the entire community, inside and outside the hospital setting

In addition to a strengthened systems of care, the guidelines recommendations for healthcare professionals are:

1. Upper limits of recommended heart rate and compression depth have been added, based on new data suggesting that excessive compression rate and depth are less effective. Rescuers should perform chest compressions at a rate of 100 to 120 per minute and to a depth of at least 2 inches, avoiding excessive depths greater than 2.4 inches.

2. Targeted temperature management helps prevent brain degradation during post-cardiac arrest care. New evidence shows a wider range of temperatures are acceptable. Providers should select a temperature between 32-36 degrees Celsius and maintain it for at least 24 hours.

3. Healthcare providers are encouraged to simultaneously perform steps, like checking for breathing and pulse, in an effort to reduce the time to first chest compression.

4. There is insufficient evidence to routinely intubate newborns with poor breathing and muscle tone who have been born with meconium, infants’ first feces, in their amniotic fluid. Instead, the new recommendation is to begin CPR under a radiant warmer to get oxygen to the infant faster.

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