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"Suitable for Occupational Therapy students, this book helps students learn how to apply client-centered, occupational, evidence based approach across the full spectrum of practice settings. It provides presentation of occupational therapy concepts and practice"

"A top nutritionist provides her simple, proven five-level diet plan to safely make the transition to eating raw foods, and to detoxify and achieve a perfect body no matter how you eat now.The raw food craze has taken off, as raw restaurants spring up and celebrities, models, and other fans tout the effects of eating raw. However, many people who are intrigued by raw food simply don't know how to make the transition from what they're eating now, or how to achieve the benefits of eating raw without giving up their lifestyle or the foods they love. Natalia Rose, an in-demand nutritionist, shows how in The Raw Food Detox Diet. Whether your diet is primarily made up of meat and potatoes, or tofu and tempeh, you can incorporate the flavour and lasting health benefits of raw food into your life.Over time, our bodies build up poisons and store waste from food that is not fully eliminated. Raw food helps to detoxify the body by flushing out these poisons and setting us back on a course toward greater energy, clearer skin and shinier hair, and a slim, natural figure. But making the transition to a raw diet too quickly can have negative effects on the body. Instead, the healthier way is to make a gentle change based on your previous diet and current needs. You do not conform to The Raw Food Detox Diet; it conforms to you, and you choose how far you want to go. Whether you're looking to live an all-raw lifestyle, or just to improve your energy and shape while still eating the foods you love, this groundbreaking diet book will energize and inspire you to achieve your goals safely and easily."

"Negative Pressure Wound Therapy (NPWT) merupakan sistem terapi yang menggunakan tekanan negatif untuk membersihkan luka dari cairan eksudat serta bakteri yang mungkin masih ada di dalam bagian luka, serta juga meningkatkan aliran darah ke dalam bagian luka dan meningkatkan proliferasi sel untuk mempercepat pemulihan. Oleh karena itu, terapi ini berpotensi lebih efektif dalam membantu mengobati berbagai jenis luka, seperti luka ulkus yang disebabkan oleh diabetes daripada teknik konvensional. Tujuan dari penelitian skripsi ini adalah untuk membuat rangkaian kontrol purwarupa alat NPWT menggunakan Arduino UNO sebagai mikrokontroler. Hal tersebut dilakukan dengan menulis kode dalam bahasa C++ pada software Arduino IDE yang kemudian di-upload ke dalam board Arduino UNO, yang kemudian dihubungkan kepada perangkat pendukung seperti push button, LCD, Motor driver L298N, pompa tekanan negatif, dan sensor MPXV4115VC6U. Pengujian purwarupa dilakukan dengan menyalakan alat selama 30 menit dalam tekanan negatif 85, 75, dan 125 mmHg. Hasil dari penelitian adalah purwarupa alat NPWT mampu menjalankan terapi selama 30 menit dan mencapai ketiga tekanan setting tersebut secara konsisten dengan error output tekanan negatif rata-rata 0,45% untuk mode continuous dan 0,96% untuk mode intermittent pada setting 85 mmHg, -0,22% untuk mode continuous dan -0,59% untuk mode intermittent pada setting 75 mmHg, serta -0,20% untuk mode continuous dan -1,50% untuk mode intermittent pada setting 125 mmHg. Pengujian menggunakan alat wound phantom dengan tekanan 85 mmHg memperlihatkan error output tekanan negatif rata-rata -0,56% untuk mode continuous dan -0,20% untuk mode intermittent. Melalui sensor MPXV4115VC6U, alat juga mampu mendeteksi tekanan dengan akurasi 99,46%, dan fungsi timer yang menggunakan internal clock mikrokontroler mampu menjalani terapi tepat waktu dengan deviasi rata-rata 0,05% dari setting waktu yang ditetapkan. Melalui penelitian ini, dibuktikan bahwa Arduino UNO mampu digunakan sebagai mikrokontroler untuk menjalankan alat NPWT dengan efektif.

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Negative Pressure Wound Therapy (NPWT) is a wound therapy system which utilizes negative pressure to clean wound areas from exudate and bacteria, as well as to increase blood flow in order to induce cell proliferation and accelerate healing. This therapy is potentially more effective at assisting the regeneration of wounds, such as diabetic ulcers, compared to other conventional methods. The purpose of this research is to create a control circuit for an NPWT prototype using Arduino UNO as its microcontroller. This is done by writing code into the Arduino IDE software and uploading it into the Arduino UNO board, which has been connected to various supporting components such as push buttons, LCD, Motor Driver L298N, a negative pressure pump, and the pressure sensor MPXV4115VC6U. Testing of the prototype is done by turning the device on for 30 minutes with the negative pressure setting 85, 75, and 125 mmHg. Result of this test is that the NPWT prototype is capable of performing therapy with the aforementioned settings very well, with an average pressure error of 0.45% for the continuous mode and 0.96% for the intermittent mode at 85 mmHg, -0.22% for the continuous mode and -0.59% for the intermittent mode at 75 mmHg, as well as -0.20% for the continuous mode and -1.50% for the intermittent mode at 125 mmHg. Simulation by using a wound phantom resulted in the average pressure errors -0.56% for the continuous mode and -0.20% for the intermittent mode. Using the sensor MPXV4115VC6U, the prototype is able to detect pressure with an average of 99.46% accuracy, and the timer function, which uses the microcontrollers internal clock, is able to keep the timing of the therapy session with a 0.05% average deviation from the intended time setting. From these findings, it can be concluded that Arduino UNO is a microcontroller which is perfectly suitable to run an NPWT device effectively."

" [Publisher-supplied data] Designed to provide readers with the most up-to-date information on the clinical applications of psychosocial occupational therapy, the thoroughly revised Third Edition of PSYCHOSOCIAL OCCUPATIONAL THERAPY: AN EVOLVING PRACTICE is an important addition to any occupational therapy library. With a novice friendly approach focusing on diagnosis, this book is filled with case illustrations to demonstrate therapy in clinical practice so that readers are prepared for working with actual clients in real-life contexts. Seven new chapters have been added to the third edition and cover topics such as recovery perspectives, mental health research in occupational therapy, mental health of infants, managing pain in occupational therapy, assessment and outcome measurement, psychosocial occupational therapy in the school setting, and occupational therapy in the military. With contributions from experts in the field and discussions of current developments in the profession, this book is an excellent resource for anyone interested in occupational therapy."