囊性纤维化吸入式活菌制剂公众认知度与接受度调查

Public Perception Survey on Inhaled Live Biotherapeutic Products for Cystic Fibrosis


调研导语 | Survey Introduction

您好!我们是iGEM的一支参赛团队,致力于用合成生物学技术解决罕见病患者的治疗困境。

囊性纤维化(CF)是一种遗传性罕见病,患者肺部易被铜绿假单胞菌感染。这些细菌会形成“生物膜”堡垒,使抗生素无法穿透,导致感染反复发作,肺功能逐年下降。

我们正在研发一种“智能吸入式活菌制剂”——改造对人体无害的益生菌,为其设计两道“安全锁”:仅在进入肺部深处且遇到致病菌时才启动治疗,分泌酶摧毁生物膜。任务完成后,细菌启动“自毁程序”,防止泄漏到环境中。

为确保该技术在未来的落地符合社会伦理与公众期望,我们发起本次调研。您的每一个观点,都将直接影响我们的实验设计与伦理决策。感谢您对生命科学进步的贡献!


Hello! We are an iGEM team dedicated to applying synthetic biology to address the treatment challenges faced by patients with rare diseases.

Cystic Fibrosis (CF) is a rare genetic disorder. Patients' lungs are vulnerable to Pseudomonas aeruginosa infection. These bacteria build "biofilm" fortresses that block antibiotics, causing recurrent infections and progressive lung decline.

We're developing a "smart inhaled live biotherapeutic"engineered harmless probiotics with two safety locks: they activate only upon reaching the deep lung AND detecting pathogens, then secrete enzymes to dismantle biofilms. Upon task completion, they self-destruct to prevent environmental release.

To ensure that this technology aligns with social ethics and public expectations, we are conducting this survey. Your perspectives will directly inform our experimental design and ethical decision-making. Thank you for supporting the advancement of life sciences!

一、用户画像
Part 1. Demographics
1. 您的年龄段是 | What is your age group?
2.

请问您属于以下哪类人群?| Which of the following best describes you?

3. 您本人或直系亲属是否患有慢性呼吸系统疾病(如哮喘、慢阻肺、支气管扩张等)| Do you or any immediate family member have a chronic respiratory disease (e.g., asthma, COPD, bronchiectasis)?
二、认知与态度
Part 2: Awareness and Attitudes
4. 您是否听说过“囊性纤维化”这种疾病 | Have you ever heard of Cystic Fibrosis (CF)?
5. 您是否知道囊性纤维化患者肺部感染的病原菌会形成“生物膜”,导致抗生素无法有效杀灭病菌 | Are you aware that pathogens infecting CF patients' lungs can form "biofilms," which prevent antibiotics from effectively killing the bacteria?
6. 您是否听说过“合成生物学”或“基因工程改造细菌”这个概念 | Have you ever heard of "synthetic biology" or "genetically engineered bacteria"?
7. 您对“合成生物学(通过人工设计和改造生物系统来解决医疗、环境等问题)”的看法更接近以下哪一项 | Which of the following best describes your view on synthetic biology?
三、技术接受度与风险评估
Part 3: Technology Acceptance and Risk Perception
8. 若一种“吸入式转基因益生菌”能够在感染灶原位降解生物膜、恢复抗生素的杀菌效果,从而减少患者的住院次数,您的接受度是 | If an "inhaled transgenic probiotic" could degrade biofilms at the infection site, restore antibiotic efficacy, and reduce hospitalizations, what is your level of acceptance?
9. 如果该技术是治疗“肺功能不可逆下降、最终需肺移植”患者的唯一有效手段,您的态度是否会发生变化 |  If this technology were the only effective option for patients with irreversible lung function decline ultimately requiring transplantation, would your attitude change?
10. 我们设计的“任务完成型自毁程序”可确保工程菌在肺部完成治疗任务后主动裂解消亡。这是否能消除您对“活菌在体内长期存在”和“工程菌逃逸”的担忧 | Our "mission-completion self-destruct program" ensures the engineered bacteria actively lyse and die after completing their therapeutic task in the lungs. Does this alleviate your concerns about "long-term bacterial persistence in the body" and "engineered bacteria escape"?
11. 对于这类研发成本极高的罕见病药物,您认为最合理的支付模式是 | What do you consider the most reasonable payment model for such high-R&D-cost rare disease drugs?
12. 对于“吸入式活菌制剂”这种治疗方式,您最担心的是什么?(请选择最主要的两项) | What are your primary concerns regarding this "inhaled live biotherapeutic" approach? (Please select up to two most important concerns)
13.

 如果这类工程益生菌通过了国家药监局的审批上市,您是否会因为“政府已经批准”而放心使用 |  If this engineered probiotic received marketing approval from the national drug regulatory agency, would you feel reassured to use it simply because it is "government-approved"?

14.

您对“吸入式活菌制剂”这类合成生物学技术或者我们的项目还有什么其他的担忧、建议或期待?

Do you have any other concerns, suggestions, or expectations regarding this type of synthetic biology-based technology or any other thing related to our project?

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