REVIEW ON THE CONCEPT OF SHAT KRIYAKALA

Diagnosis in Ayurveda is not always in terms of the name of the disease but in terms of the nature or phenomenon. This phenomenon is described in terms of Samprapti of the disease in each patient, comprising Dosha, Dushya and Adhishtana components. The prime factors in the pathogenesis of the disease are Dosha and Dushya. Shat kriyakala refers to the stage of development of a pathological process in which a physician can intervene by the most accurate treatment modality and medicine, thereby halting the progression of the disease process. By intricate understanding of the process of Shat kriyakala, the disease process could be arrested, and further complications can be avoided. In the current scenario, the concept of prevention has become broad-based. The natural history of disease is one of the significant elements of epidemiology. The course of a disease takes in individual people from its pathological onset until its eventual resolution. Natural history of disease is possible to correlate pre-pathogenesis with Sanchaya, Prakopa, Prasara and pathogenesis with Sthanasamsraya, Vyakti and Bhedavastha of Shat kriyakala. Recent studies have shown that it is possible to identify certain pre-clinical stages for many diseases like Parkinson’s disease, which can help in the early successful treatment. Shat kriyakala helps to arrest the disease process at the very early stage itself. Along with current technology, the need for research for validating the Shat kriyakala will benefit humankind in the long run.

Intramedullary parasite eggs, latent for three decades, mimicking acute transverse myelitis

Background Intramedullary parasitic infection is extremely uncommon, and clinical presentation of Brown-Sequard syndrome is even rarer. Case presentation The authors report a case involving a 57-year-old woman with Brown-Sequard syndrome, in whom magnetic resonance imaging and clinical and epidemiological features were similar to those of acute transverse myelitis. Myelotomy suggested inflammation caused by latent parasite eggs in the spinal cord. Antiparasitic and steroid therapies were administered postoperatively. To the author’s knowledge, this is the first report to describe a surgical experience for Taenia solium eggs in the spinal cord. Conclusion Intramedullary parasitic infection is a diagnostic challenge that requires careful discrimination from other diseases. If parasite infection is suspected in a progressively deteriorating patient, myelotomy should be considered for rapid and accurate treatment.

Paper microfluidics device based colorimetric sensor for the detection and discrimination of elapid versus viper envenomation

Snake bite is a neglected tropical disease-causing mortality and severe damage to various vital organs like nervous system, kidney and heart. To provide a timely and accurate treatment it is...

Vitrectomy in Endophthalmitis

Developing due to infectious and noninfectious causes, endophthalmitis is a serious condition requiring urgent intervention which can lead to eye loss. In recent years, medical and surgical approaches had great improvement in the treatment of endophthalmitis. Early diagnosis and therapy are very important in endophthalmitis. By prompt and accurate treatment, good outcomes are established. In order to get successful results, the combination of intravitreal antibiotic and pars plana vitrectomy approach is the best treatment modality. Early pars plana vitrectomy eliminates infective agents, suitable media, and toxins while amplifying the action of intravitreal antibiotics.

An increase in cases of complicated chronic otitis media: an indirect impact of COVID pandemic

<p><strong>Background:</strong> Chronic otitis media is the most common disease dealt by an otologist, the cases of complication of which are remarkably low. The use of antibiotics and mastoidectomies have resulted in the fall of the fatal complications. COVID-19 pandemic called for restrictions which lead to medical care delay.</p><p><strong>Methods:</strong> This study was conducted in the department of otolaryngology of GMC and associated hospitals, Jammu from June 2020 and May 2021. The data was retrospectively collected the data from March 2018 to June 2020. The study group included the patients diagnosed with Chronic suppurative otitis media (CSOM) on otoscopy and the patients with complications of CSOM were evaluated for the symptoms of complication, type of complication, bacteriology, treatment and hospital stay.</p><p><strong>Results:</strong> The 38 (7.5%) patients among these were diagnosed with one or other complication, out of which 29 (76.3%) cases occurred during the COVID pandemic. The extra-cranial complications were more common and young to middle age group was more commonly involved.</p><p><strong>Conclusions:</strong> COM is a common otological disease, the occurrence of which should not be taken lightly. Without timely and accurate treatment, the complications ensue which are difficult to treat and require expertise.</p>

Paroxysmal Sympathetic Hyperactivity in Patients Victims of Traumatic Brain Injury. Literature Review

The present literature review aims to present the physiology of paroxysmal sympathetic hyperactivity (PSH) as well as its clinical course, conceptualizing them, and establishing its diagnosis and treatment. Paroxysmal sympathetic hyperactivity is a rare syndrome, which often presents after an acute traumatic brain injury. Characterized by a hyperactivity of the sympathetic nervous system, when diagnosed in its pure form, its symptomatologic presentation is through tachycardia, tachypnea, hyperthermia, hypertension, dystonia, and sialorrhea. The treatment of PSH is basically pharmacological, using central nervous system suppressors; however, the nonmedication approach is closely associated with a reduction in external stimuli, such as visual and auditory stimuli. Mismanagement can lead to the development of serious cardiovascular and diencephalic complications, and the need for neurosurgeons and neurointensivists to know about PSH is evident in order to provide a fast and accurate treatment of this syndrome.

Smart syringe using actuator and force sensor for epidural anesthesia injection

The anesthesia process in the epidural space is quite difficult as it requires a high level of skill. Therefore, a medical accident occurs, and intensive training is required. In order to reduce these medical accidents, medical technology is being developed, which provides safe and accurate treatment services. This paper proposes a smart syringe design for safe and accurate anesthesia in the epidural space. The smart syringe is designed to measure the electrical sensing waveform by using a sensor instead of the sense of the hand during anesthesia and show the position of the needle through external monitoring. To design a smart syringe, a force sensor, actuator, and CPU were used, and a 3D printer was used to produce the outer shape. An animal test was conducted to evaluate the performance test of the smart syringe, and satisfactory results were obtained by measuring the needle insertion process of the smart syringe and the position of the needle through the animal experiment.

Novel approaches to the treatment of cervical dystonia. The concept of dual navigation control

Сervical dystonia (CD) is the most common type of focal dystonia (up to 50% of all dystonia cases). Botulinum neurotoxin (BoNT) injections is the treatment choice for CD. However, the effectiveness and tolerability of botulinum therapy in CD depends on the correct choice of target muscles and the accuracy of the BoNT injection. The publication presents literature data and our own clinical experience regarding the use of navigation in BoNT injections in CD.According to the majority of authors, the use of navigation equipment, such as ultrasound (US) and electromyography (EMG), definitely increases the effectiveness of CD treatment and reduces the likelihood of adverse events. For the first time, an algorithm for the diagnosis and treatment of CD is proposed, based on the use of the method of «double- (EMG and US) guided navigation», a variant for determining the comparative activity of muscles by the intensity of the EMG signal and the design of an individual «passport» of the CD. The possibilities of analyzing the US of muscles, drawing up an accurate treatment regimen, targeted administration of BoNT, and using a non-injectable EMG electrode are shown. We present 4 clinical cases demonstrating the advantages of the double- (EMG+US) guided navigation method over the EMG-guided navigation for injection. The proposed algorithm for the diagnosis and treatment of CD makes it possible to increase the effectiveness of treatment, optimize the costs of BoNT and diagnostic equipment (injection EMG needle).

Coarse-Grained Modeling of The Calcium, Sodium, Magnesium And Potassium Cations Interacting With Proteins

Metal ions play important biological roles e.g.: activation or deactivation of enzymatic reactions and signal transduction. Moreover, they can stabilize protein structure, or even be actively involved in the protein folding process. Therefore, accurate treatment of the ions is crucial to model and investigate biological phenomena properly. In this work the coarse-grained UNRES (UNited RESidue) force field was extended to include the interactions between proteins and four alkali or alkaline earth metal cations of biological significance, i.e. calcium, magnesium, sodium and potassium. Additionally, chloride anions were introduced as counter-ions. Parameters were derived from all-atom simulations and incorporate water in an implicit manner. The new force field was tested on the set of the proteins and was able to reproduce the ion-binding preferences.

To determine the resistance pattern of Staphylococcus aureus in pus samples

Staphylococcus aureus is a common health problem occuring as an important nosocomial pathogen, causing urinary tract infection, surgical site, blood stream and soft tissue infection. The aim of this research was conducted to determine MRSA and VRSA from the pus samples of admitted patients.The aim and objective of study was to isolate the resistance pattern of Staphylococcus aureus in pus samples and their AST. A total of 158 positive culture Staph aureus were taken from pus samples for the study during December 2019 - October 2020. Samples were cultured on Blood and MacConkey agar then incubated at 37C for 24 hours. The modified Kirby Bauer's disc diffusion method was used to test antibiotic sensitivity of staphylococcus isolates. In total of 158 positive culture of Staphylococcus aureus, 66 (41.7%) were found to be MRSA and 4 (2.5%) were found to be VRSA. Out of 158 Staph aureus, 146 (92.4%) were resistant to Penicillin, followed by Amoxycillin 140 (88.6%), Ampicillin 139 (87.9%), Erythromycin 91 (57.5%), Cefoxitin 66 (41.7%), Gentamycin 56 (35.4%), Amikacin 52 (32.9%) and Teicoplanin 37 (23.4%).: An antibiotic policy and screening of susceptibility patterns of MRSA may help in reducing the prevalence rate of MRSA and antibiotic resistance. To stop its spread to the population, it is very important to eliminate MRSA colonization in patients and health care workers. Accurate treatment helps to reduce the rate of morbidity and improvement of patient’s outcome.