Mattiasson A
Department of Urology, University Hospital, Lund, Sweden.
Urology. 1997 Dec;50(6A Suppl):111-3. doi: 10.1016/s0090-4295(97)00605-5.
To offer a perspective on potential future advances in the understanding and management of the overactive bladder.
Consideration is given to potential developments in the areas of pathophysiology, prevention, early intervention, and new pharmacologic targets for the treatment of overactive bladder.
The future will likely reveal that motor urgency is usually a premature micturition reflex with a limited and variable degree of penetrance. Overactivity of all types in the lower urinary tract (LUT) will be regarded as the result of a partially uncontrolled on-off mechanism in the nervous system. Neurogenic factors will be found to initiate a premature activation of urethral and bladder activity, whereas myogenic factors will be recognized as serving as facilitators. As is the case today, we will probably be unable to cure or normalize the overactive bladder in the future. However, our growing understanding of the pathophysiology of the LUT will open up new possibilities for prophylactic, diagnostic, and therapeutic measures. Advances in cellular and molecular biology may allow early intervention or even prevention of the overactive bladder. Pharmacologic treatment will not only aim at functional intervention, but will attempt to influence the structure of the organs by means of trophically active drugs. Prevention of muscle cell hypertrophy and induction of nerve growth might become therapeutic realities.
The future holds the promise of important advances that will improve our understanding of the overactive bladder and will hopefully lead to more effective treatments.
提供关于膀胱过度活动症在理解和管理方面未来潜在进展的观点。
考虑了膀胱过度活动症在病理生理学、预防、早期干预以及治疗新药物靶点等领域的潜在发展。
未来可能会发现,运动性尿急通常是一种具有有限且可变程度外显率的过早排尿反射。下尿路(LUT)所有类型的过度活动将被视为神经系统中部分不受控制的开关机制的结果。将发现神经源性因素会引发尿道和膀胱活动的过早激活,而肌源性因素将被认为起到促进作用。与如今的情况一样,未来我们可能仍无法治愈膀胱过度活动症或使其恢复正常。然而,我们对下尿路病理生理学不断加深的理解将为预防、诊断和治疗措施开辟新的可能性。细胞和分子生物学的进展可能允许对膀胱过度活动症进行早期干预甚至预防。药物治疗不仅将旨在进行功能干预,还将试图通过具有营养活性的药物来影响器官结构。预防肌肉细胞肥大和诱导神经生长可能会成为治疗现实。
未来有望取得重要进展,这将增进我们对膀胱过度活动症的理解,并有望带来更有效的治疗方法。