PHARMACY (MEDICINE )

                                       The following list of foods is detrimental to your brain The most vital organ system in the body, the brain, requires top-notch nourishment. Some meals can hurt the brain, altering things like mood and memory. Eliminating some foods from the diet can improve brain function and protect against diseases like dementia. The following are the six worst foods for the brain, per Health line: 1. Sugary beverages Soft drinks like soda, energy drinks, and even fruit juice substitutes can raise your risk of heart disease and type 2   diabetes. These in turn leave open the possibility of dementia and Alzheimer's disease. High fructose intake causes the brain to be insulin resistant, which impairs cognition, memory, and learning. Refined carbohydrates White flour and other highly processed grains like sugar have high glycemic indexes. 2-Dietary carbohydrate High glycemic index foods include sugar and highly processed cereals like white fl

                                                         HPLC CALIBRATION SOP  PURPOSE: All instruments should be calibrated and the appropriate correction applied to the original measurements.  This calibration system should bring about trust in decisions or measures.  1.1          To check the performance of the instrument.  1.2          To avoid the variation/wrong result 1.3          To achieve the result according to the specification. 2.0        PROCEDURE: VALIDATION: Validation of an analytical method is a process by which it is established, by laboratory studies, that the performance characteristics of the method meet the requirements for the intended analytical applications.   ANALYTICAL PERFORMANCE CHARACTERISTICS 1.    Accuracy 2.    Precision 3.    Specificity 4.    Detection Limit 5.    Quantitation Limit 6.    Linearity 7.    Range 1- ACCURACY Definition The closeness of test results obtained by that method to the true value.  The accuracy of an analytical method should b

 M edical use Dexlansoprazole is used to maintain healing and healing of erosive esophagitis and to treat heartburn associated with gastroesophageal reflux disease (GERD). [1] It lasts longer and requires less intake than its chemically related lansoprazole. [7] There is no good evidence that it works better than other PPIs. [3]   Side effects The most important adverse events (≥2%) reported in clinical trials were diarrhea, abdominal pain, bloating, nausea, upper respiratory tract infection, vomiting and flatulence. [one]   movement mechanism Like lansoprazole, dexlansoprazole permanently binds to the proton pump and blocks it, preventing the formation of stomach acid. [7]

Paracetamol-containing drugs, which are prescribed by specialist doctors, are used to eliminate the symptoms that occur due to flu infections.   Drugs with paracetamol as an active ingredient are preferred because of their antipyretic and analgesic properties, they are colorless and bitter. Paracetamol, which is an odorless, white and crystalline powder, has a bitter taste and is soluble in water to a limited extent.   When paracetamol is taken orally, it is rapidly absorbed in the gastrointestinal tract, that is, the part from the mouth to the anus where the body's chewing, digestion, absorption and excretion processes occur.   Paracetamol-containing drugs reach maximum plasmas only 30 to 60 minutes after ingestion and are rapidly distributed to all tissues. The binding of drugs containing paracetamol to plasma proteins is weak.    

                                                            Beta blockers Beta blockers, which were first used in 1960, are drugs that reduce the workload of the heart by blocking certain effects of the sympathetic nervous system (the system responsible for events in our body during stress!) that can cause a rapid heartbeat. They are called "beta-blockers" because they block areas in the heart called "beta receptors".   These beta receptors are normally activated by certain hormones (such as adrenaline) that are released during stress. When activated by stress hormones, beta receptors trigger a reaction that increases heart rate and heart rate.   Beta blockers, on the other hand, prevent stress hormones from triggering this reaction by binding to beta receptors. Thus, beta-blockers reduce cardiac stress by slowing the heart rate and reducing the force of contraction (pump function) of the heart muscles.