胰腺癌的神经周围浸润:R状态、预后和疼痛的生物学功能

IF 1.6 Q3 SURGERY Surgery open science Pub Date : 2025-03-01 Epub Date: 2025-02-26 DOI:10.1016/j.sopen.2025.02.007
Federico Selvaggi , Elisa Bannone , Eugenia Melchiorre , Michele Diana , Roberto Cotellese , Gitana Maria Aceto
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摘要

预计到2030年,胰腺导管腺癌(PDAC)将成为第二大死亡原因,其特点是预后差、复发和治疗耐药。有几个因素导致了这种疾病的复杂性,其中包括PDAC细胞对神经的侵袭。这种情况被定义为神经周围浸润(PNI),是PDAC进展和疼痛产生的原因。迄今为止,PNI作为PDAC的标志性特征出现,在预后方面显示出与淋巴结转移相同的肿瘤重量。靶向PNI有助于改善PDAC患者的预后和缓解疼痛。直到最近,才提出了一种严重程度评分系统来量化组织学样本中的PNI,尽管强烈主张前瞻性验证和标准化。更多关于胰腺周围软组织浸润的信息和“真正”的治疗手术可以在理解PNI的分子机制中找到。为了克服目前组织学检查的局限性,需要结合PNI标记物对胰腺间系和腹膜后侵袭进行分级。我们讨论了PDAC中对PNI的现代理解,以及临床环境中的最新技术。尽管关于PDAC还有很多需要了解的地方,但PNI是生物雷管之一,也是未来研究的重要焦点。
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Perineural invasion in pancreatic cancer: Current biological function in R status, prognosis, and pain
Pancreatic ductal adenocarcinoma (PDAC) is predicted to become the second leading cause of death in 2030 and it is characterized by poor prognosis, recurrence and resistance to therapies. Several factors contribute to the complexity of this disease, among those the invasion of nerves by PDAC cells. This condition, defined as perineural invasion (PNI), is responsible of PDAC progression and pain generation. To date, PNI emerges as a hallmark feature of PDAC, showing the same oncological weight of lymph node metastasis in terms of prognosis. Targeting PNI could help improve prognosis and pain relief in PDAC patients. Only recently, a severity scoring system has been proposed to quantify PNI in histological samples although prospective validation and standardization are strongly advocated. More information about peripancreatic soft tissue infiltration and a “true” curative surgery could be found in understanding the molecular mechanisms of PNI. The incorporation of PNI markers for grading mesopancreas and retroperitoneal invasion is required to overcome current limitations of the histological workup. We discuss the modern understanding of PNI in PDAC, and the state of the art in clinical setting. Although there are still a lot to learn about PDAC, PNI represents one of the biological detonators and an important focus of future research.
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1.30
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审稿时长
66 days
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