Designing and Evaluating a Professional Sound Reinforcement System for Adults

The purpose of this instructional design project was to develop and evaluate an instructional module to improve basic knowledge of signal path and how to create an audio sound system for adult clients at Creative Sound and Lighting. The best way to reach as many potential customers and audio enthusiasts as possible, was to develop an online module with multimedia.Creative Sound and Lighting is a small business that services military, churches, hotels, and mobile deejay professionals by providing professional sound equipment through a retail store, rental department, and by installation. Clients have asked if they could observe us at venues, such as installations and live concerts, to see how to set up sound. No formal training or clinics are offered due to the lack of time and resources. The potential for an online module to both serve a client need for training and a business need to be responsive to clients’ desires could potentially grow the business. The purpose of this instructional design project was to develop and evaluate an instructional module to improve basic knowledge of signal path and how to create an audio sound system for adult clients at Creative Sound and Lighting. The best way to reach as many potential customers and audio enthusiasts as possible, was to develop an online module with multimedia

アミノサン ニョウショウ ノ ブンシ イデンガク

The homologous proteins rBAT and 4F2hc have been identified as the heavy chains off amily of heteromeric amino acid transporters in mammls. Six light subunits of 4F2hc(LAT 1, LAT 2, y+LAT 1, y+LAT 2, asc 1, and xCT) and one of rBAT (BAT 1) are known.These glycoprotein-associated amino acid transporters, which follow the 12 transmembranetopology model, form heterodimers with the corresponding subunit and then are expressedin the plasma membrane. 4F2hc and y+LAT 1 express system y+L transport activity. On the other hand, rBAT and BAT 1 express system b0,+ activity. BAT 1 and y+LAT 1 have atissue distribution and a chromosomal location that made them good candidate genesfor cystinuria and lysinuric protein intolerance (LPI). Mutational analysis revealedcystinuria-associated mutations for BAT1 and LPI-associated mutations for y+LAT1. Transport defects have been shown for some of the BAT1 and y+LAT1 mutations. In addition, we focus on the animal members of the LAT cluster that form the family of glycoprotein-associated amino acid transporters