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Ketone levels give an insight into the bodies metabolism. People with epilepsy or people dieting may want to keep their levels high, whereas type one diabetics or those recovering from eating disorders may want to keep their levels low. Current ketone detection methods involve blood samples or urinalysis. A ketone (acetone) biosensor was fabricated to detect levels in human breath, providing a noninvasive way to quickly and accurately detect ketone levels in the body.
Energy Expenditure (EE) (kcal/day) is a key parameter used to guide obesity treatment, and it is often measured from CO2 production, VCO2 (mL/min), and/or O2 consumption, VO2 (mL/min) through the principles of indirect calorimetry. Current EE measurement technologies are limited due to the requirement of wearable facial accessories, which can introduce errors as measurements are not taken under free-living conditions. A novel contactless system, the SmartPad, which measures EE via VCO2 from a room’s ambient CO2 concentration transients was evaluated. First, SmartPad accuracy was validated by comparing the SmartPad’s EE and VCO2 measurements with the measurements of a reference instrument, the MGC Ultima CPXTM, in a cross-sectional study consisting of 20 subjects. A high correlation between the SmartPad’s EE and VCO2 measurements and the MGC Ultima CPX’s EE and VCO2 measurements was found, and the Bland-Altman plots contained a low mean bias for EE and VCO2 measurements. Thus, the SmartPad was validated as being accurate for VCO2 and EE measurements. Next, resting EE (REE) and exercise VCO2 measurements were recorded using the SmartPad and the MGC Ultima CPXTM at different operating CO2 threshold ranges to investigate the influence of measurement duration on system accuracy in an effort to optimize the SmartPad system. The SmartPad displayed 90% accuracy (±1 SD) for 14–19 min of REE measurement and for 4.8–7.0 min of exercise, using a known room’s air exchange rate. Additionally, the SmartPad was validated by accurately measuring subjects’ REE across a wide range of body mass indexes (BMI = 18.8 to 31.4 kg/m^2) with REEs ranging from ~1200 to ~3000 kcal/day. Lastly, the SmartPad has been used to assess the physical fitness of subjects via the “Contactless Thermodynamic Efficiency Test” (CTET).


First, a simple detection paradigm based on reflectance interferometry is developed. This method is simple, low cost and can be easily applied for protein array detection.
Second, a label-free charge sensitive optical detection (CSOD) technique is developed for detecting of both large and small molecules. The technique is based on that most molecules relevant to biomedical research and applications are charged or partially charged. An optical fiber is dipped into the well of a microplate. It detects the surface charge of the fiber, which does not decrease with the size (mass) of the molecule, making it particularly attractive for studying small molecules.
Third, a method for mechanically amplification detection of molecular interactions (MADMI) is developed. It provides quantitative analysis of small molecules interaction with membrane proteins in intact cells. The interactions are monitored by detecting a mechanical deformation in the membrane induced by the molecular interactions. With this novel method small molecules and membrane proteins interaction in the intact cells can be detected. This new paradigm provides mechanical amplification of small interaction signals, allowing us to measure the binding kinetics of both large and small molecules with membrane proteins, and to analyze heterogeneous nature of the binding kinetics between different cells, and different regions of a single cell.
Last, by tracking the cell membrane edge deformation, binding caused downstream event – granule secretory has been measured. This method focuses on the plasma membrane change when granules fuse with the cell. The fusion of granules increases the plasma membrane area and thus the cell edge expands. The expansion is localized at the vesicle release location. Granule size was calculated based on measured edge expansion. The membrane deformation due to the granule release is real-time monitored by this method.

Wellness resources at postsecondary music schools: a survey of how this information is being offered
profession. The National Association of Schools of Music (NASM) requires schools to
provide information about wellness. There are 634 degree-granting, not for profit, NASM
accredited postsecondary music schools in America. This study examined the types of
wellness resources offered at 387 of these schools or 60%. Wellness information was
divided into three categories: physical, psychological and hearing. The types of resources
offered, category of information and the size of the school were considered. Schools were
emailed and their websites were searched for wellness information.
Forty-eight percent of the schools had website information, 32% offered wellness
workshops, 16% of the schools offered wellness courses, and 32% of the schools covered
wellness information through other methods. Nineteen percent of the schools said that
they did not offer courses or workshops and did not say how they are meeting the
requirement. Physical wellness information was most widely available, followed by
hearing information, while psychological wellness information was harder to find.
Smaller schools were less likely to offer wellness courses but otherwise the size of a
school did not play a significant role in the types of wellness resources they were able to
offer.
Based on the findings, more schools should incorporate wellness information on
their websites and hold wellness workshops. Psychological wellness information should
be more widely available. Schools should advertise the wellness information that they
offer so that students are aware of the options available to them.




Clarinet method books and treatises were studied to determine which fundamental concepts to include and to find established teaching techniques recommended by pedagogues. Pre-collegiate clarinet instructors were surveyed to determine which pieces of clarinet repertoire were frequently studied in their private lesson curriculum and why, and if they used specific pieces in order to isolate a fundamental skill. Literature found in repertoire lists, repertoire books, on-line catalogs, and from the survey results was examined. Repertoire was selected for inclusion if it contained passages that were analogous to the established teaching strategies.

The purpose of this research was to ascertain the knowledge and skills that would be most practical for individuals aspiring to administrative or leadership roles in schools or departments of music, and to design a doctoral cognate that would supply that knowledge. The author reviewed the available research into administrative training for individuals pursuing administrative work in schools and departments of music. Interviews were then conducted with current or former music administrators from across the United States, inquiring about their experiences as administrators, any administrative training they received, and the types of things they wished they had known when first working in an administrative capacity. The author used this information to make recommendations concerning the creation of a doctoral cognate in administration for graduate students preparing to become music faculty so that they are equipped to undertake administrative responsibilities.
The resulting cognate area consists of four courses: a course in finance, budgeting, and development; a course on organizational structure and behavior; a course on management and leadership theory; and a practicum or independent study in administration, in which students spend time observing and shadowing their department administrator(s) to apply the principles learned in the previous three courses.