JiaHe - 家和的学习分享

¶Python

安装 Playwright Stealth 插件：

pip install playwright-stealth

打开 index.py 文件，将下面的导入内容添加到 Playwright 脚本中：

from playwright_stealth import stealth_async

或者，如果您使用的是同步 API：

from playwright_stealth import stealth_sync

要在 Playwright 中注册，请将 page 对象传递给导入的函数，如下所示：

await stealth_async(page)

或者，如果您使用的是同步 API：

stealth_async(page)

stealth_async() 功能将通过覆盖某些默认配置来扩展 page 功能，以避免僵尸检测。

¶JS

首先，安装 playwright-extra 和 puppeteer-extra-plugin-stealth ：

npm install playwright-extra puppeteer-extra-plugin-stealth

接下来，从 playwright-extra 导入 chromium 而不是 playwright ，从 puppeteer-extra-plugin-stealth 导入 StealthPlugin ：

import { chromium } from "playwright-extra"
import StealthPlugin from "puppeteer-extra-plugin-stealth"

然后，用以下方式注册隐身插件：

chromium.use(StealthPlugin())

把这一切放在一起，你就会得到：

import { chromium } from "playwright-extra"
import StealthPlugin from "puppeteer-extra-plugin-stealth"

(async () => {
    // configure the Stealth plugin
    chromium.use(StealthPlugin())

    // set up the browser and launch it
    const browser = await chromium.launch()
    // open a new blank page
    const page = await browser.newPage()

    // navigate the page to the target page
    await page.goto("https://arh.antoinevastel.com/bots/areyouheadless")

    // extract the message contained on the page
    const messageElement = page.locator('#res')
    const message = await messageElement.textContent()

    // print the resulting message
    console.log(`The result is: "${message}"`)

    // close the browser and release its resources
    await browser.close()
})()

¶参考

• Avoiding Bot Detection with Playwright Stealth

¶4款产品综合对比表

¶医学专家选购建议

1. 孕妇/新生儿：榄菊＞超威（天然成分优先，但需每1小时补涂）
2. 户外极限环境：拜灭士＞雷达（DEET有年龄限制）
3. 性价比之王：超威（日常防护足矣）
4. 蚊媒传染病区：雷达（DEET对疟蚊/登革热蚊更有效）

¶权威避坑指南

❗️ 警惕“驱蚊手环/超声波”智商税：

• 《美国医学协会杂志》：超声波驱蚊器有效率＜10%（PMID: 38567890）

• 有效成分认准 DEET/派卡瑞丁/驱蚊酯/柠檬桉（CDC四大推荐成分）

❗️ 毒性风险分级：

• DEET：6岁以下禁用于面部和手部

• 派卡瑞丁：2月龄以上可用，但避免黏膜接触

• 驱蚊酯：全年龄段适用，但时效较短

The Third Face of Vitamin C

维生素 C 的三种表现

Robert F. Cathcart, M.D.

罗伯特-F-卡斯卡特医学博士

Journal of Orthomolecular Medicine, 7:4;197-200, 1993.

《正分子医学杂志》（Journal of Orthomolecular Medicine），7:4;197-200，1993 年。

Copyright ©, 1994 and prior years by Dr. Robert F. Cathcart. Dr. Cathcart gave his permission “to distribute via the internet as long as material is distributed in its entirety and not modified.”

Robert F. Cathcart 博士版权所有 ©，1994 年及之前。卡斯卡特博士允许 “通过互联网传播，只要材料是完整的，未作修改”。

¶摘要

Bowel tolerance to orally ingested ascorbic acid increases with the toxicity of diseases. Bowel tolerance with a disease such as mononucleosis may reach 200 or more grams per 24 hours without it producing diarrhea. A marked clinical amelioration or cure is achieved in many disease processes when threshold doses near bowel tolerance are given. In a sense, it is the reducing equivalents carried by free radical scavengers that quench free radicals, not the free radical scavengers themselves. Ascorbic acid can be dramatically useful in quenching free radicals because it is usually tolerated in amounts necessary to provide the reducing equivalents necessary to quench almost all the free radicals generated by severe disease processes. Vitamin C functions are incidental at these dose levels; the benefit is from the reducing equivalents carried. To the extent that free radicals are either essential to the perpetuation of a disease or just part of the cause of symptoms, the disease will be cured or just ameliorated. These effects are even more dramatic from intravenous sodium ascorbate.

肠道对口服抗坏血酸的耐受性会随着疾病毒性的增加而增加。单核细胞增多症等疾病的肠道耐受性可达到每 24 小时 200 克或更多，而不会产生腹泻。在许多疾病的治疗过程中，如果服用的剂量接近肠道耐受量的临界值，就能明显改善临床症状或治愈疾病。从某种意义上说，淬灭自由基的是自由基清除剂所携带的还原等价物，而不是自由基清除剂本身。抗坏血酸在淬灭自由基方面的作用非常显著，因为它的耐受量通常足以提供淬灭严重疾病过程中产生的几乎所有自由基所需的还原当量。在这些剂量水平下，维生素 C 的功能是附带的；其益处来自于所携带的还原当量。如果自由基对疾病的持续存在至关重要，或者只是导致症状的部分原因，那么疾病就会被治愈，或者只是有所改善。静脉注射抗坏血酸钠的效果更为显著。

Keywords: vitamin C, ascorbate, acute induced scurvy, bowel tolerance, titrating to bowel tolerance, the ascorbate effect, free radical scavengers, reducing equivalents.

关键词：维生素 C、抗坏血酸盐、急性坏血病、肠道耐受性、滴定到肠道耐受性、抗坏血酸盐效应、自由基清除剂、还原当量。

“I was disabled to the point of being unable to put on my own socks and underwear. My 4- and 8-year-old sons had to help me get dressed every day.”

“我是个残疾人，无法自己穿袜子和内衣。我 4 岁和 8 岁的儿子每天都要帮我穿衣服”。

(For the rest of this case story, please scroll down nearly to the bottom of this page.)

(欲了解此案例的其余部分，请向下滚动至本页底部）。

¶VITAMIN C 维生素 C

A lack of vitamin C is specifically involved in the cause and progression of chronic back problems such as sciatica and spinal stenosis. The premise is basic: long-term inadequacy of vitamin C causes weak spinal disks.

缺乏维生素 C 与坐骨神经痛和椎管狭窄等慢性背部疾病的成因和发展有特别的关系。前提是：长期缺乏维生素 C 会导致脊柱椎间盘薄弱。

Without enough vitamin C, the body is unable to make collagen, the protein glue that holds cells together. When the cells of a cartilaginous intervertebral disk are not holding together, the disk will degenerate, rupture, herniate, or “slip.” There is a lot of body weight on the bones of your lower back. When you flex and move, and the disks are weak or worn down, the bones can compress nerves emerging from the sides. If only one or two disks are involved, it may result in the characteristic back and leg pain called sciatica.

没有足够的维生素 C，人体就无法制造胶原蛋白，而胶原蛋白是将细胞粘在一起的蛋白质胶水。当软骨椎间盘的细胞无法固定在一起时，椎间盘就会退化、破裂、突出或 “滑脱”。腰部骨骼承受着身体的大量重量。当你弯曲和移动时，如果椎间盘薄弱或磨损，骨骼就会压迫从两侧出现的神经。如果只有一个或两个椎间盘受到影响，可能会导致特有的腰腿痛，即坐骨神经痛。

How safe is vitamin C in high doses . . . during pregnancy?

孕期服用大剂量维生素 C 的安全性如何？