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DRUG DOSAGES; IS (1×2) AFTER EVERY 12 HOURS OR 24 HOURS?

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Take 1 tablet three times a day(1× 2)   or take two tablets three times a day(2×3)   etc are common terms we hear from the pharmacists when being given medication, but what is the importance of following these measures and what do they mean. When told to take one pills twice a day (1×2), you take the frequency i.e. twice a day divide by 24 hours therefore you take one pill after every 12 hours. When told to take 2 pills three times a day(2×3), you take the frequency i.e. three times a day divide by 24 hours therefore you take two pills after every 8 hours. When told to take 1 pill four times a day(1×4), you take the frequency i.e. four times a day and divide by 24 hours therefore take one pill after every 6 hours. Note that a day is calculated to be 24 hours and not 12 hours. The process of drug manufacturing involves checking the drug bio-availability; this is the concentration of the drug in the blood system that can be able to treat you after it has been taken.   Some
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Benefits of Patients' personalized health records.

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Patient  health records  are  now  part  of  enabling   better  healthcare  to individuals  by  promoting  awareness  and  conscious  healthcare. It  has  been  adopted  and  dicussed  in  developed  countries  as  a  key  factor  in  healthcare  model  and  thus  many  are  urged  to  adopt  it,  according  to  a  study  done  by  the  American  Medical  Information  Associations College  of  Medical  Informatics. The  making  of  vitehealth  android  app  is  thus  a  part  of  this  initaiative . The  main  aim of  Vitehealth  android  app  is  to  help reduce  lifestyle  diseases  by  prompting  patients  to  seek  regular  check-ups  thus  track their  own health effectively  by  keeping  their  own health  data/records. Some  of  the other  numerous  benefits  of  personal  health  records  include; 1.Empower  patients with  professional  information  and  adequate  knowledge. 2.Enable  patients  to retain control over  their  health  journey. 3.Improve  outcomes  for  chro
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HUMAN ACTIVITIES INFLUENCING ANTIBIOTIC RESISTANCE.

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Antimicrobial  resistance  has  become  a  major  challenge in  the treatment  of  diseases  all over  the  world. From Staphylococcus  aureus, Streptococci, and  other  bacteria  and  fungi, recent  research  indicates  that  not  only  do  these  organisms  develop adaptive  mechanisms  against  drugs, but  human  activities  also  contribute  in  large  to  this  drug  resistance  and  hence  expensive  healthcare. Agrigcultural activities  have  progressed  to  the stage of  farmers  and  merchants  injecting  and  spraying crops and  livestock  with unnecessary  drugs  to  produce  better  products  in meat  and  milk.  Some  even  use  beta  agonists  to  increase  lipolysis  thus  elevate  produce. When consumed by  human, there  is  increased  resistance. Another  human  factor  is  unprofessional pharmacists  who dish  out  antimicrobial  drugs  at  any slight  infection  such  as  cough  or  colds contributing  immensely  to  drug resistance. These  hazardous  ways  if
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