Generation Rx Initiative

IMPACT. 1: Partnering with the Cardinal Health Foundation, the program has created educational resources aimed at specific populations that are available to the public for free. These kits provide presentations, handouts, activities, and other related materials. -- 2. Its original community-based toolkit has been used in every state in the country. Toolkits have also been developed for youth, teens, college students, and seniors. Nearly half of the 127 Schools of Pharmacy in the U.S. now have an active Generation Rx Program.OSU PARTNERS: College of Pharmacy; College of Social Work; Counseling and Consultation; Services; OSU Extension; Office of Student WellnessCOMMUNITY PARTNERS: Cardinal Health Foundation; Drug Free Action Alliance; National Council on Patient Information and Education; Ohio Department of Health; Ohio Department of Alcohol and Drug Addiction Services; American Pharmacists Association; - Academy of Student Pharmacists; (APhA-ASP); The BACCHUS Network; InterACT; NOPE Task Force; Ohio Pharmacists Association; WOSU@COSI; Other colleges and universitiesPRIMARY CONTACT: Kenneth M. Hale ([email protected]); Nicole Cartwright Kwiek ([email protected])Unintentional drug poisoning is now the leading cause of accidental death in the country. On average, four people in Ohio and 100 across the U.S. die from these drug overdoses each day. The Generation Rx Initiative was created by the College of Pharmacy in 2007 to address this serious public health problem

Generation Rx Initiative

IMPACT. 1: Partnering with the Cardinal Health Foundation, the program has created educational resources aimed at specific populations that are available to the public for free. These toolkits provide presentations, handouts, activities, and other related materials. -- 2. The original community-based toolkit has been used in every state in the country. Additional toolkits have also been developed for youth, teens, college students, and seniors. A new elementary toolkit entitled "Medication Safety Patrol" debuted in the spring of 2014.OSU PARTNERS: College of Pharmacy; College of Social Work; Counseling and Consultation Services; OSU Extension; Office of Student WellnessCOMMUNITY PARTNERS: Cardinal Health Foundation; Drug Free Action Alliance; National Council on Patient Information and Education; Ohio Department of Health; Ohio Department of Alcohol and Drug Addiction Services; American Pharmacists Association - Academy of Student Pharmacists (APhA-ASP); The BACCHUS Network; InterACT; NOPE Task Force; Ohio Pharmacists Association; WOSU@COSI; Other colleges and universitiesPRIMARY CONTACT: Kenneth M. Hale ([email protected]); Nicole Cartwright Kwiek ([email protected])Unintentional drug poisoning is now the leading cause of accidental death in the country. On average, five people in Ohio and 100 across the U.S. die from these drug overdoses each day. The Generation Rx Initiative was created by the College of Pharmacy in 2007 to address this serious public health problem of prescription drug misuse and abuse

Quantum Monte Carlo calculations of neutron-alpha scattering

We describe a new method to treat low-energy scattering problems in few-nucleon systems, and we apply it to the five-body case of neutron-alpha scattering. The method allows precise calculations of low-lying resonances and their widths. We find that a good three-nucleon interaction is crucial to obtain an accurate description of neutron-alpha scattering.Comment: 4 pages, 2 figures, submitted to Physical Review Letter

Families of periodic orbits for the spatial isosceles 3-body problem

We study the families of periodic orbits of the spatial isosceles 3-body problem (for small enough values of the mass lying on the symmetry axis) coming via the analytic continuation method from periodic orbits of the circular Sitnikov problem. Using the first integral of the angular momentum, we reduce the dimension of the phase space of the problem by two units. Since periodic orbits of the reduced isosceles problem generate invariant two-dimensional tori of the nonreduced problem, the analytic continuation of periodic orbits of the (reduced) circular Sitnikov problem at this level becomes the continuation of invariant two-dimensional tori from the circular Sitnikov problem to the nonreduced isosceles problem, each one filled with periodic or quasi-periodic orbits. These tori are not KAM tori but just isotropic, since we are dealing with a three-degrees-of-freedom system. The continuation of periodic orbits is done in two different ways, the first going directly from the reduced circular Sitnikov problem to the reduced isosceles problem, and the second one using two steps: first we continue the periodic orbits from the reduced circular Sitnikov problem to the reduced elliptic Sitnikov problem, and then we continue those periodic orbits of the reduced elliptic Sitnikov problem to the reduced isosceles problem. The continuation in one or two steps produces different results. This work is merely analytic and uses the variational equations in order to apply Poincar´e’s continuation method

Identification of Measures Predictive of Age at First Puberty

The central hypothesis of this project is that gilts demonstrating tertiary follicle development on their ovaries earlier in life are more likely to achieve puberty at a younger age compared to their counterparts. The objective of this project was to identify physiological markers and specific time-points during pre-pubertal development that could be utilized as valid indices to predict age of first puberty. Five time points (days 75, 85, 95, 105 and 115 of age) were used and at each time point from which phenotypic measures (vulva length, vulva width, and body weight) and blood were collected. These time points represent specific days in age that observations can be made to distinguish gilts with high and low probability of achieving puberty by 200 days of age. Identification of pre-pubertal markers that correlate to age of first puberty will assist producers in making earlier gilt replacement decisions

The Essential Amino Acid Content of Cottonseed, Peanut and Soybean Products.

12 p