电子邮件

Can detect and remove rootkits, mass-mailing worms, e-mail viruses, peer-to-peer viruses, Internet worms, file viruses, Trojans, stealth viruses, polymorphic viruses, bodiless viruses, macro viruses, MS Office viruses, script viruses, spyware, spybots, password stealers, keyloggers, paid dialers, adware, riskware, hacktools, backdoors, joke programs, malicious scripts and most other malware.

可以检测和删除的rootkit ，邮件群发蠕虫，电子邮件病毒，点对点病毒，互联网蠕虫病毒，文件病毒，木马，隐形病毒，多态病毒，脱胎病毒，宏病毒，病毒的MS Office ，脚本病毒，间谍软件， spybots ，密码盗取者，键盘记录程序，支付拨号，广告软件， riskware ， hacktools ，后门，玩笑程序，恶意脚本和其他大多数恶意软件。

That way, I can always use an existing email address in teh FROM attribute and send spams..

这样一来，我随时可以使用现有的电子邮件地址，从属性和发送垃圾邮件。。

It receives e-mails from your mail server and filters spams.

从你的邮件服务器收到电子邮件和过滤。

This is a helpful new free service that protects your E-mail from spammers.

这是一个有益的新的免费服务，保护您的电子邮件的垃圾邮件发送者。

T here are several ways, through which spammers get your email address.

这里有几种方法，通过这种垃圾邮件让您的电子邮件地址。

These emails are typically just spammed out to as many people as possible.

这些电子邮件通常只是垃圾邮件，以尽可能多的人。

Also, everyone knows that once you put your email address on the web, it's bound to get spammed.

此外，大家都知道，一旦你把你的电子邮件地址在网路上，它必将得到垃圾邮件。

In short, spammed e-mail is defined as unsolicited mail sent to many people.

总之，spammed电子邮件定义为邮件送到收件人多人。

So for anyone (not just special people at your company) who wants to be able to put their email address onto a webpage without fear of it being spammed to death, you need to check out a really cool web service.

所以，任何人（不只是特别的人，在你的公司），他们希望能够把他们的电子邮件地址进入一个网页，而不用担心它被垃圾邮件死刑，你需要检查出一个真正的酷Web服务。

If its too much work for you to manage your own filtered IP's, and emails that have spammed your site in the past, then you might want to seek yet another automated line of protection: Defensio or Akismet .

如果它太多的工作为您管理自己的IP过滤的，和电子邮件有垃圾邮件您的网站在过去的，那么您可能会想要寻求的又一自动线的保护： defensio 或

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。