Literature Review : Pengaruh Latihan Rom (Range Of Motion) Terhadap Peningkatan Kekuatan Otot Pada Pasien Stroke

Stroke is an acute neurocological disease caused by blood vessel disorders in the brain that occur suddenly and can cause symptoms according to areas in the brain that occur suddenly and can cause symptoms of paralysis, difficulty speaking, numbness of one side of the body and other disorders. ROM (Range of Motion) exercise is the maximum number of movements performed by the joints under normal conditions where a person moves each joint according to normal movements either actively or passively.The purpose of this scientific paper is to determine the effect of giving Range Of Motion (ROM) on increasing muscle strength in stroke patients.There is a difference in the mean (mean) before giving Range Of Motion therapy is 2.65 and after giving Range Of Motion is 3.62, there is an effect of giving Range Of Motion (ROM) therapy. Most of the respondents were male with a partial presentation (70%) and (30%) female, the age of the respondent in this study was >56 years old. Prior to ROM therapy, the degree of muscle strength was categorized as 0 to degree 2 and after ROM therapy, the degree of muscle strength was categorized as grade 2 to degree 4. The conclusion was that there was an increase in muscle strength before and after Range Of Motion (ROM) therapy. ROM therapy is effective for increasing muscle strength in stroke patients.Keywords: Muscle Strength, Range Of Motion (ROM), Stroke AbstrakStroke merupakan suatu penyait neurokologis akut yang disebabkan oleh gangguan pembulu darah otak yang terjadi secara mendadak dan dapat menimbulkan gejala yang sesuai dengan daerah di otak yang terserang terjadi secara tiba-tiba dan dapat menimbulkan gejala kelumpuhan, kesulitan bicara,mati rasa sebelah badan dan gangguan lainnya. Latihan ROM (Range of Motion) adalah jumlah maksimum gerakan yang yang dilakukan oleh sendi dalam keadaan normal dimana seseorang menggerakan masing-masing persendiannya sesuai gerakan normal baik secara aktif ataupun pasif. Tujuan karya tulis ilmiah ini adalah untuk mengetahui pengaruh pemberian Range Of Motion (ROM) Terhadap peningkatan kekuatan otot pada pasien stroke.Terdapat perbedaan rata-rata (mean) sebelum pemberian terapi Range Of Motion adalah 2,65 dan sesudah pemberian Range Of Motion adalah 3,62, terdapat pengaruh pemberian terapi Range Of Motion (ROM). Responden terbanyak berjenis kelamin laki-laki dengan presentasi sebagian (70%) dan (30%) perempuan, umur respoden pada penelitian ini berusia >56 tahun. Sebelum dilakukan terapi ROM derajat kekuatan otot termasuk katagori 0 hingga derajat 2 dan sesudah dilakukan terapi ROM derajat kekuatan otot termasuk kategori derajat 2 hingga derajat 4. Simpulan terdapat peningkatan kekuatan otot sebelum dan sesudah dilakukan terapi Range Of Motion (ROM). Terapi ROM efektif untuk meningkatkan kekuatan otot pada pasien stroke. Kata kunci : Kekuatan Otot, Range Of Motion (ROM), Stroke

Penerapan Latihan ROM (RANGE OF MOTION) Terhadap Rentang Gerak Ekstremitas Pada Pasien Stroke

Stroke is a disease caused by an acute neurological deficit in blood vesseldisorders leading to the brain that occur suddenly and can cause physical disability or death.The common complain are mobility impairment or decreased range of movement of the extremities.This study aimed to increase the range of movement of the extremities by doing Range on Motion exercises in families who have a history of stroke.There are two post-stroke patients involved in this study and give the Range of Motion exercise.The method used is to measure the degree of joint range of motion before performing ROM exercises then ROM exercises ranging from flexion, extension, hyperextension, adduction, abduction, and so on then measure the degree of joint range of motion with a goniometer measuring instrument and the results are recorded on the observation sheet.Goniometer was used to measurement the range of movement of the extremities.Range of Motion was performed for 7 days, each movement of 10 seconds duration.The results show that the range of movement increased in both patients. Accordingly, the Range of Motion exercises proved can increase the range of movement of the extremities in stroke patients.Families are expected to doing the Range of Motion exercise independently at home.Keywords:Range of motion; Range of movement; Stroke. AbstrakStroke adalah penyakit yang disebabkan oleh defisit neurologis akut pada gangguan pembuluh darah menuju otak yang terjadi secara tiba-tiba dan dapat menyebabkan kecacatan fisik atau kematian.Keluhan yang sering dikeluhkan adalah gangguan mobilitas atau penurunan jangkauan gerak ekstremitas. Penelitian ini bertujuan untuk meningkatkan jangkauan gerak ekstremitas dengan melakukan latihan Range on Motion pada keluarga yang memiliki riwayat stroke.Ada dua pasien pasca stroke yang terlibat dalam penelitian ini dan memberikan latihan Range of Motion.Metode yang dilakukan mengukur derajat rentang gerak sendi sebelum dilakukan latihan ROM kemudian latihan ROM mulai dari gerakan fleksi, ekstensi, hiperekstensi, addukksi, abduksi, dan lain sebagainya kemudian mengukur kembali derajat rentang gerak sendi dengan alat ukur goniometer dan hasilnya catat dilembar observasi.Goniometer digunakan untuk mengukur jangkauan gerakan ekstremitas.ROM dilakukan selama 7 hari, setiap gerakan durasi 10 detik.Hasil penelitian menunjukkan bahwa rentang gerak meningkat pada kedua pasien. Dengan demikian, latihan Range of Motion terbukti dapat meningkatkan jangkauan gerak ekstremitas pada pasien stroke. Keluarga diharapkan melakukan latihan Range of Motion secara mandiri di rumah.Kata kunci:Range of motion; Rentang gerak; Stroke.

The Effect of Sitting Motion Exercise and Plank on Back Style Swimming Skills of Students Faculty of Sports Science Universitas Jambi

This study examines the effect of sitting and plank exercises on the backstroke swimming skills of students of the Faculty of Sports Science, Jambi University, in the second semester of the Sports Coaching Study Program. The benefits of this research include: (1) For swimming coaches, it can be used as a basis for training athletes to improve backstroke swimming skills. (2) Lecturers who teach swimming courses and teachers are meant to be used as a reference in teaching their students or students in improving their backstroke swimming skills. (3) For academics or scientists, the results of this research can be used as reference material and add scientific insight, especially those who study backstroke swimming. (4) For athletes in the backstroke, it is for them to do motion exercises while sitting and plank to improve the arm muscles, abdominal muscles, and leg muscles themselves to improve their backstroke swimming skills and speed. This research is an experimental study that uses the One Group Pretest-Postest Design, where the independent variable is exercise while sitting and plank. In contrast, the dependent variable is the backstroke swimming skill. The research instrument is the backstroke swimming skill test, using an observation sheet to observe the backstroke swimming skills carried out by the sample by matching the observation sheet tested for validity and reliability. The data collected were analyzed using the t test, which was previously carried out by the normality test. Based on the results of hypothesis testing, it was obtained Ttable > Ttable (36.360 > 1.66). The results of this hypothesis test indicate an effect of sitting motion exercises and planks on the backstroke swimming skills of students of the Faculty of Sports Science, Jambi University, in the second semester of the Sports Coaching Study Program.

647 The Superhero in You: Engaging Pediatric Patients in Therapeutic Exercises

Introduction Engaging pediatric burn survivors in necessary range of motion exercises can be challenging. For younger children, difficulty understanding the reasoning behind prescribed exercises, fear and anxiety can all lead to refusal to participate. Traditional rote range of motion exercises do not engage the child’s sense of curiosity and adventure and seem more like medicine than play. We have developed a range of motion exercise program based on well-known superhero actions. For children who need to address active wrist extension and digit extension, they become “Iron Man” (Example included), “Hulk Smash” lets us work on grip and active composite flexion while becoming “Spiderman” encourages digit isolation. “Superman”, “Wonder Woman” and “Batman” allow utilization of total body movements but can be focus on shoulder flexion or abduction and cross body movements. Methods Traditional superhero movements were assessed to determine similarity to traditional therapy exercises. Exercises were drawn with the extremities performing the desired movements. Pediatric patients are introduced to these exercises and encouraged to act out the superhero movements with therapist directing the desired end range and directionality of movements. Results These characters are well known and loved by pediatric patients. In many instances, a fearful patient may become an active therapy participant through these engaging activities. Goal attainment becomes more fun and less when children are engaged in a purposeful play task. Caregivers can carry these exercises well beyond the therapy session to encourage day long exercise which is essential for contracture prevention and remediation. A recent feedback comment from the parent of a 4-year-old burn survivor specifically focused on these exercises. “Absolutely phenomenal. The therapist did “superhero” moves with my son and got him to open and close his hands. I was so relieved that the movement was normal” Conclusions Modifying instruction methods to include familiar and fun techniques can increase therapy participation and can decrease the fear experienced by young burn survivors when faced with moving an injured extremity.

Agon and the need for physical motion: Exercise in personalities who marked the 19th and 20th century

Physical movement - an exercise, which springs from our being and returns to it as a gracious food, with its agon, that desire to compete with others but also with itself, helps a human being to become and remain a personality. This statement is confirmed by people who marked the 19th and 20th century. By their example and work, they not only testified the benefits of physical exercise, but also encouraged the formation of theoanthropocentrism, one of the theories of physical culture, at the end of the 20th century. Metropolitan Hadzi Sava Kosanovic, Bishop Rade, Bishop Nikolaj of Zica, Vasa Pelagic, Cedomir Milic, are just some of those who testified and encouraged others by their example not to forget about physical exercise and their body. Because in the union of body and soul sanctified by the Holy Spirit, that trinity survives only if all and each of them is taken care of, in specific. With examples of their attitude towards physical exercise and competition, which they only pointed out or others wrote about, we will lighten up a significant part of the history of physical culture.

Modeling and Control Simulation of a Robotic Chair-Arm: Protection against COVID-19 in Rehabilitation Exercise

In the field of rehabilitation, lower-limbs therapeutic exercise has become a challenging job for medical professionals in COVID-19 pandemic. Providing manual therapy to lower limbs is not an easy task and, in most cases, it involves multiple persons. Moreover, it is a monotonous job, and the service providers need to be in close contact with the patient thereby creating the risk of infection. In this circumstance, robot-assisted rehabilitation exercise for lower limbs offers a risk-free solution. This paper presents dynamic modeling and control simulation of One Degree of Freedom robotic chair-arm (robotic arm attached with a special chair). The control structure is designed with two compensators for position and velocity control. The simulation results show that the proposed system has a good potential in providing automatic rehabilitation therapy for lower limbs, especially for knee joint range of motion exercise. The results also indicate faster responses with settling time less than 0.04 second and steady-state error below 0.05. The findings show that a robotic chair arm can be used for providing automatic therapy to patients in situations like COVID-19 pandemic.