scholarly journals Music Reliefs Stress & Anxiety during COVID 19 Pandemic

Author(s):  
Jashia Mozib Porshi

Fighting against anxiety caused by COVID 19 pandemic is inevitable to mental health programs in every country amid this pandemic circumstance. A 2019 study found that music encourages the release of dopamine in the synapses of the brain. Dopamine is a neurotransmitter that plays an important role in our cognitive, emotional and behavioral functioning known as the “happy hormone”. It helps create the feeling of pleasure. Whilewe have long known that music improves mood, there’s increasing evidence that it can also contribute to mental & physical health. Being COVID 19 front line warriors, Doctors and police personnel go through exhausting work schedules stretching up to 12 hours or more a day and many of them are finding music therapy a tool to ease their stress levels. When the body is stressed, it may feel tense & tight that may require music therapy helping to facilitate relaxation to reduce anxiety.

Author(s):  
Chandravadivelu Gopi ◽  
Vedula Girija Sastry ◽  
Magharla Dasaratha Dhanaraju

Abstract Background Neurotransmitters are involved in several functions in the brain and the body of living things. Changes in the level of neurotransmitters in the brain are associated with several illnesses. Some of the drugs are controlling the neurotransmitter by adjusting the level in the brain and are exclusively used in the treatment of psychological disorders. The purpose of the study was to find out the effect of novel synthesised phenothiazine derivatives (GC1, GC2 and GC8) either alone (7.5 mg/kg or 15 mg/kg, oral) or in combination with amphetamine on the experimental animals. Results Dopamine level in rat brain was estimated by a spectroscopic method using the UV-visible double beam spectrophotometer at 735 nm. The results revealed that these derivatives blocked the brain dopamine level significantly. The compound GC8 (15 mg/kg) significantly reduced the level of dopamine (0.151 ± 0.04, 0.284 ± 0.03) as similar to that of a standard drug. Furthermore, compounds GC2 (15 mg/kg) and GC1 (15 mg/kg) exhibited a varying level of dopamine inhibition level and have been found at 0.203 ± 0.06 μg/ml, 0.302 ± 0.04 μg/ml, 0.234 ± 0.02 μg/ml and 0.318 ± 0.07 μg/ml, respectively, after the administration of these derivatives either alone or in combination with amphetamine. Conclusions The study revealed that the compound 2-amino-6-(3-hydroxy-4-methyl phenyl) pyrimidine-4-yl) (7-chloro-10-(3- (N, N-dimethylamino) propyl)-10H-phenothiazine-3-yl) methanone (GC8, 15 mg/kg) extensively reduced the dopamine level. The order of dopamine-inhibiting effect of the selected compound was found to be GC8 > GC2 > GC1. The increased body weight and relative brain-body weight were also observed in the tested animals due to more intake of food and fluid retention. Graphical abstract


Author(s):  
Monisha Veeravani

Music gives people a deeper understanding on the level of sensation and motivates them to become better and this element can change the world when it is wider than our own. It is music that connects the beginning to the end and becomes the literature of our heart. Fills the soul with affection, takes the mind from deep darkness to eternal heights. Music has the status of a® God, so purity has special importance in this genre. Music is the way to cultivate the mind through the seven pure and five vocal cords. Therefore, it can be said that music is necessary to keep the body and mind healthy, cheerful. This keeps the body, mind and brain healthy, and concentrates. Stress is also removed from music. It has been proved by various scientific experiments that both music practice and yoga practice develop strength in human life and many diseases can be treated. Music therapy i.e. music therapy nowadays plays an important role in relieving many health problems. Is playing If you live under high stress or are suffering from insomnia problem, then you can take help of this therapy. Each sound produces specific waves. These sound waves directly affect our brain. Everything in existence is affected by these waves. If a music is composed with the right words and the appropriate ragas, it will work on our brain in the same way that the software works inside a computer. Since our entire body is under the control of the brain, we can get the right result by having the expected effect on the brain through remedial music. संगीत लोगों को संवेदना के स्तर पर एक गहरी समझ देकर उन्हें बेहतर बनने की दिशा में प्रेरित करता है और यही तत्व जब निज से व्यापक होता है तो दुनिया भी बदल सकती है. ये संगीत ही है जो आदि को अंत से जोडकर हमारे हृदय का साहित्य बन जाता है। आत्मा को स्नेह से भर देता है मन को गहन अन्धकार से लेकर अनन्त ऊंचाइयों तक ले जाता है । संगीत क® ईश्वर का दर्जा प्राप्त है, इसीलिए इस विधा में शुध्दता का विशेष महत्व है। सात षुघ्द अ©र पांच क®मल स्वर®ं के माध्यम से मन क® साधने का उपाय है संगीत। अतः कहा जा सकता है कि शरीर तथा मन क® स्वस्थ््ा, प्रफुल्लित रखने के लिए संगीत आवश््यक है। इससे शरीर, मन, मस्तिष्क स्वस्थ््ा रहता है, एकाग्र रहता है। संगीत से तनाव भी दूर ह®ता है। विभिन्न वैज्ञानिक प्रयोगों द्वारा यह सिद्ध हो चुका है कि संगीत साधना व योग साधना दोनों से मनुष्य के जीवन में शक्ति का विकास होता है और अनेक बीमारियों का उपचार किया जा सकता है म्यूजिक थेरेपी यानी संगीत चिकित्सा आजकल अनेक स्वास्थ्य समस्याओं से राहत दिलाने में अहम भूमिका निभा रही है। आप अगर ज्यादा तनाव में रहते हैं या अनिद्रा की समस्या से पीडित हैं तो इस चिकित्सा की सहायता ले सकते हैं । हर ध्वनि से विशिष्ट तरंगें पैदा होती हैं। ये ध्वनि तरंगें सीधे हमारे मस्तिष्क को प्रभावित करती हैं। इन्हीं तरंगों से अस्तित्व में मौजूद हर चीज प्रभावित होती है। अगर कोई संगीत सही शब्दों और उपयुक्त रागों के साथ तैयार किया जाए तो वह हमारे मस्तिष्क पर उसी तरह काम करेगा जैसे किसी ’कम्प्यूटर’ के अंदर ’साफ्टवेयर’ काम करता है। चूंकि हमारा पूरा शरीर मस्तिष्क के नियंत्रण में होता है, इसलिए हम मस्तिष्क पर उपचारी संगीत के माध्यम से अपेक्षित प्रभाव डालकर सही परिणाम प्राप्त कर सकते हैं।


Author(s):  
J. Eric Ahlskog

In Chapters 1 and 4, we briefly summarized the symptoms of parkinsonism. Parkinsonism implies movement problems that are typical of Parkinson’s disease. They remain treatment issues during the lifetime of people with Parkinson’s disease, even if dementia develops. Similarly, parkinsonism also typically occurs in DLB, although to variable degrees. In these disorders parkinsonism primarily reflects low brain dopamine levels and improves with dopamine replacement therapy, often markedly. Parkinsonism occurs when a region of the brain called the basal ganglia ceases to work properly (see Figure 4.2 in Chapter 4). As discussed in Chapter 4, the substantia nigra is a crucial regulator of basal ganglia activity, which is mediated by dopamine release in the striatum. The substantia nigra degenerates in these Lewy disorders and, as a result, brain dopamine declines. With a decline in dopamine, movement slows. Bradykinesia is the medical term for such slowness. This manifests as not only slowed movement but also less movement and smaller than normal movements. Unconscious automatic movements, such as blinking or arm swing, diminish. A unique tremor of the hands (sometimes legs) often develops when these limbs are in a relaxed position (rest tremor). For unknown reasons, the brain is not affected symmetrically, hence, neither is the body. Typically, one side of the body is much more impaired than the other. The extent to which these symptoms develop differs from person to person and includes various combinations of the following components. The slowness may be apparent on one or both sides of the body. For example, one leg may lag behind when walking. The overall appearance is characterized by moving much slower than expected for one’s age. The person feels as if they are moving in molasses—everything slows down. Many of our daily activities involve repeated small movements, such as writing or brushing teeth. In the Lewy conditions of DLB and PDD, the size (amplitude) of repetitive movements diminishes, impairing the activity. This is exemplified by the small handwriting of someone with parkinsonism, termed micrographia. Clinicians assess repetitive motor function by asking the patient to repetitively tap the thumb and index finger.


Sensors ◽  
2021 ◽  
Vol 21 (24) ◽  
pp. 8321
Author(s):  
Emiri Gondo ◽  
Saiko Mikawa ◽  
Akito Hayashi

External cues improve walking by evoking internal rhythm formation related to gait in the brain in patients with Parkinson’s disease (PD). This study examined the usefulness of using a portable gait rhythmogram (PGR) in music therapy on PD-related gait disturbance. A total of 19 subjects with PD who exhibited gait disturbance were evaluated for gait speed and step length during a 10 m straight walking task. Moreover, acceleration, cadence, and trajectory of the center of the body were estimated using a PGR. Walking tasks were created while incorporating music intervention that gradually increased in tempo from 90 to 120 beats per minute (BPM). We then evaluated whether immediate improvement in gait could be recognized even without music after walking tasks by comparing pre- (pre-MT) and post-music therapy (post-MT) values. Post-MT gait showed significant improvement in acceleration, gait speed, cadence, and step length. During transitions throughout the walking tasks, acceleration, gait speed, cadence, and step length gradually increased in tasks with music. With regard to the trajectory of the center of the body, we recognized a reduction in post-MT medio-lateral amplitude. Music therapy immediately improved gait disturbance in patients with PD, and the effectiveness was objectively shown using PGR.


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