introduction of insulin regime

Last reviewed 01/2018

Some regimens which might be useful in the introduction of insulin to the therapaeutic regimen include (1):

  • basal insulin
    • adding a basal regimen to the current oral hypoglycaemic agents will result in suppressing the hepatic output of glucose and also a reduction in fasting glucose levels (1)
      • examples of insulin regimens which can be used with oral hypoglycaemics:
        • once daily intermediate acting insulin at bed time - useful in patients with high overnight and morning blood glucose which reduces once they start their normal daily work (2)
        • long acting insulin (taken at the same time, any time of the day, at 24-hour intervals) - useful in patients with high blood glucose during the day and night who otherwise will require twice daily basal insulin injections (2)
        • not useful in controlling post prandial glucose increase (1)
    • basal insulin together with oral hypoglycaemias is useful in the following:
      • obese and insulin resistant patients
      • people who hesitate to start insulin e.g - due to needle phobia
      • people who are unable to inject themselves
      • in people whom hypoglycaemia is unacceptable but optimal control is not very important e.g - elderly people without any complications or undue symptoms
  • premix insulin
    • the aim of premix insulin regimen is to mimic the normal insulin secretion which consists of basal insulin and meal-time bolus insulin
    • aims to control both fasting and post-prandial hyperglycaemia (1)
    • is useful in patients who:
      • have a fairly routine lifestyle who have similar amounts of food at same time each day
      • are becoming insulin depleted and oral hypoglycaemics are no longer effective (2)
  • basal bolus insulin
    • closely match the physiological insulin release, requires basal insulin with bolus or prandial rapid-acting insulin (generally requires four daily injections - a basal insulin injection plus rapid-acting insulin injections at meal-times)
    • it gives more flexibility since patients do not need to be on a strict meal time and the doses of insulin can be adjusted according to the content and quantity of the meal
    • is suitable for - young adults who require insulin, active sportsmen and pregnant women (1)
    • is useful in patients who:
      • needs flexibility e.g. - shiftwork, regular traveling across time zones
      • needs optimal control due to complications, illness or a wound (2)

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