Barriers to effective treatment and control of hypertension could include unaffordable drugs, side effects of drugs and ignorance of the consequences of poor control of hypertension.
However, reversal of hyperglycemia after 6 months of poor control had no significant effect on retinal oxidative stress and NO levels.
Poor control of intermittent exotropia has been considered an indication for surgical intervention, and poor distance stereoacuity may be an indicator of poor control.
Reinstitution of good control after 2 months of poor control partially reversed this increase, but good control after 6 months of poor control had no effect.
Reinstitution of good glycemic control after 2 months of poor control partially normalized the hyperglycemia-induced activation of caspase-3 (to 140% of normal values), whereas reinstitution of good control after 6 months of poor control had no significant effect on the activation of caspase-3.
We examined the effects of poor glycemic control (high hemoglobin A1c level) on the risk of amputation and modified major adverse limb events (mMALEs) after lower extremity revascularization.
Therefore, people high in emotional regulation may be unconcerned about the long-term effects of poor glycemic control.
These include the potential depressogenic effects of poor glycemic control and the potential existence of a common factor that might explain poor outcomes in both depression and diabetes, whether it is biological, psychological, and/or related to health care delivery.
The hypothesis relates type 2 diabetes risk factors, and effects of poor glycaemic control on capillary function in both type 1 and type 2 diabetes, to their effects on blood rheology and the morphology and function of capillaries.
The effects of poor metabolic control results in increased cardiovascular risk, both at the macrovascular (i.e., coronary artery disease, peripheral artery disease, and carotid artery disease) and microvascular (i.e., retinopathy, nephropathy, and neuropathy) levels [ 4].
