Gaeta Aurora, Tagliabue Marta, D'Ecclesiis Oriana, Ghiani Lavinia, Maugeri Paolo, De Berardinis Rita, Veneri Camilla, Gaiaschi Camilla, Cacace Marina, D'Andrea Luciano, Ansarin Mohssen, Gandini Sara, Chiocca Susanna
Department of Experimental Oncology, IEO, European Institute of Oncology IRCCS, Via Adamello 16, 20139, Milan, Italy.
Department of Otolaryngology Head & Neck Surgery, IEO, European Institute of Oncology IRCCS, 20141, Milan, Italy.
NPJ Precis Oncol. 2023 Sep 7;7(1):84. doi: 10.1038/s41698-023-00439-z.
We analyzed the inclusion of sex and/or gender (S/G) in Head and Neck Cancer (HNC) clinical studies, through inspecting ClinicalTrials.gov (AACT) and the mention of Human Papilloma Virus (HPV) on a specific subgroup, namely oral cavity, larynx and oropharynx. Only 5% of HNC studies mention S/G as a planned analytical variable. Proportionally more observational studies treated S/G as an analytical variable than interventional studies (10% vs 5%, P-value ≤ 0.001), 8% of studies that mentioned S/G involved more than 100 subjects while 4% less than 100 (P-value ≤ 0.001). In randomized protocols, S/G was mentioned more in studies with a planned sample of more than 100 patients and including HPV status (P-value < 0.05). Small controlled studies have lower mention of S/G as an analytical variable than uncontrolled studies (4% and 10%, respectively among studies with less than 100 subjects). Significantly greater mention of S/G as an analytical variable is observed in controlled and randomized studies with a sample size greater than 100 subjects. HPV was mentioned in only 18% of oral cavity-larynx-oropharynx studies. Interventional studies do not regularly account for S/G during HNC study design. Thus, although fundamental, in studies concerning HNC the S/G variable is often not considered. In trials published in scientific journals (P-value = 0.01) and in more recent clinical trials (P-value = 0.002), S/G is taken more into account suggesting an increasing awareness on its importance. However, the need to systematically include S/G in study design clearly emerges, to better highlight sex-related differences in disease incidence and prognosis and best imbue science and medicine with the proper biological and cultural differences.
我们通过查阅美国国立医学图书馆临床试验注册库(AACT),并在口腔、喉和口咽这一特定亚组中提及人乳头瘤病毒(HPV),分析了头颈癌(HNC)临床研究中性别和/或性别的纳入情况。只有5%的头颈癌研究将性别和/或性别作为计划中的分析变量。与干预性研究相比,比例上更多的观察性研究将性别和/或性别作为分析变量(10%对5%,P值≤0.001),8%提及性别和/或性别的研究涉及100名以上受试者,而4%涉及不到100名受试者(P值≤0.001)。在随机试验方案中,在计划样本超过100名患者且包括HPV状态的研究中,性别和/或性别的提及更多(P值<0.05)。小型对照研究将性别和/或性别作为分析变量的提及率低于非对照研究(在受试者少于100名的研究中分别为4%和10%)。在样本量大于100名受试者的对照和随机研究中,作为分析变量的性别和/或性别的提及率显著更高。在仅18%的口腔-喉-口咽研究中提及了HPV。在头颈癌研究设计过程中,干预性研究通常不考虑性别和/或性别。因此,尽管性别和/或性别至关重要,但在关于头颈癌的研究中,该变量往往未被考虑。在科学期刊发表的试验(P值=0.01)以及最近的临床试验(P值=0.002)中,性别和/或性别得到了更多考虑,这表明对其重要性的认识在不断提高。然而,显然有必要在研究设计中系统地纳入性别和/或性别,以更好地突出疾病发病率和预后方面与性别相关的差异,并使科学和医学充分体现适当的生物学和文化差异。