A case report on Severe Acute Respiratory Infection

Introduction: Severe Acute Respiratory Syndrome is a zootoxic viral respiratory illness caused by the severe acute respiratory syndrome corona virus (SARS-CoV or SARS-The syndrome was the cause of the Severe Acute Respiratory Syndrome outbreak in 2002–2004. The virus was traced back to cave-dwelling horseshoe bats via Asian palm civets in late 2017 by Chinese scientists in Xizang Yi Ethnic Township, Yunnan. SARS was a rare illness; there were 8,422 cases at the end of the pandemic in June 2003, with an 11 percent case fatality rate (CFR) (CoV-1), the initial strain of the SARS corona virus species (SARSr-CoV). Clinical Finding: Swelling over Right. Half of face, Breathlessness. Diagnostic Evaluation: Blood test: Hb – 9.2gm%, Total RBC count- 3.22 millions/cu.mm, HCT- 26.6%, Total WBC count – 6600/cu.mm, Monocytes-02%, granulocytes-85%, lymphocytes-10000 /mcl. HRCT Scan OF Thorax: Multiple ill defined patchy ground glass opacities with consolidation and sepal thickening in bilateral lungs filled s/o infective etiology possibility of atypical viral pneumonia. View of covid positive PCR test; imagine grading corad-6 with CT severity score – 03\25 (Mild). Therapeutic Intervention: Inj.Amphotericin-B 500mg IV, Inj.Piptaz 4.4gm IV x TDS, Inj.levoflox 500 mg x OD, Inj.Clindamycin 300mg x BD, Inj.pantaprazol 40 mg x OD, Inj.Emset 4mg x TDS, Tab. limcee 500 mg x BD. Outcome: After Treatment, the patient shows improvement. His swelling over face decrease, and breathlessness decrease. Conclusion: My patient was admitted in SARI-HDU, AVBRH with complaint of swelling over face Right side, and breathlessness. After getting appropriate treatment his condition was improved.

Influence of Fertilizers on the Components of Available Sucrose-Percent-Cane

Using data from experiments where fertilizers had significantly influenced available sucrose-percent-case yields, the influence of the fertilizers on the various components of sugar in sugarcane were found to be as follows: 1. When sufficient potassium was present, nitrogen applications increased polarization and degree-Brix very significantly, and percent-extraction to a lesser degree. 2. A deficiency of phosphorus significantly decreased sucrose both in juice and in cane, as well as purity. 3. Potassium deficiencies produced highly significant reductions in available sugar in juice and cane, polarization, Brix, and purity. Percent-extraction was not significantly influenced by use of potash fertilizers. 4. The relative responses to the fertilizer treatments were highest for available sugar in both juice and cane, and in polarization, with degree- Brix following. Percent-extraction showed the lowest relative response to the use of fertilizer. 5. The roles of weather, soils, and variety as compared to fertilizers in influencing sugar and its components are discussed, because their effects must be distinguished from the influence of fertilizer.