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wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow
wilwheaton:  davromega:  wilwheaton:  fituring:  neverexisted:      A single sperm has 37.5MB of DNA information in it. That means that a normal ejaculation represents a data transfer of 1,587.5TB.       Now that’s a lot of information to swallow

published on: 2016-01-27 00:44:13

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