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    • 12. 发明申请
    • Method and system for selling and/ or distributing digital audio files
    • 用于销售和/或分发数字音频文件的方法和系统
    • US20050154636A1
    • 2005-07-14
    • US10707770
    • 2004-01-11
    • Markus HildingerMichael Hildinger
    • Markus HildingerMichael Hildinger
    • G06Q30/00G06F17/60
    • G06Q30/02G06Q30/0277
    • The advent of audio compression algorithms in combination with high-speed Internet access has enabled consumers to download digital audio files such as music single tracks from the Internet within seconds to minutes. Whereas legitimate service providers offer music files for download on payment, many consumers download music files illegally at no direct cost by using file sharing or similar services. This leads to a potential loss in revenues for the creators, owners, sellers, and/or distributors of digital audio content. The present invention relates to a method and system for selling and/or distributing digital audio files comprising at least one advertisement message part in addition to at least one music entertainment part. By incorporating an advertisement message part, digital audio files can be sold at a lower price due to additional advertising revenues, which in turn will induce more consumers to legally purchase digital audio files, thus potentially increasing overall revenues for the creators, owners, sellers, and/or distributors of digital audio content.
    • 音频压缩算法与高速互联网接入的出现使消费者能够在几分钟内从互联网下载数字音频文件,例如音乐单曲。 虽然合法的服务提供商提供音乐文件以进行付款下载,但许多消费者通过使用文件共享或类似服务,无需直接费用非法下载音乐文件。 这导致数字音频内容的创作者,所有者,销售商和/或经销商的收入潜在的损失。 本发明涉及除了至少一个音乐娱乐部分之外还包括至少一个广告消息部分的销售和/或分发数字音频文件的方法和系统。 通过结合广告消息部分,由于额外的广告收入,数字音频文件可以以更低的价格出售,这反过来又将导致更多消费者合法购买数字音频文件,从而可能增加创作者,所有者,卖家, 和/或数字音频内容的分发者。
    • 14. 发明申请
    • SUPER-SIZE ADENO-ASSOCIATED VIRAL VECTOR HARBORING A RECOMBINANT GENOME LARGER THAN 5.7 KB
    • 超大型亚洲相关病毒载体重组重组基因组大于5.7 KB
    • US20070042462A1
    • 2007-02-22
    • US11161890
    • 2005-08-21
    • Markus Hildinger
    • Markus Hildinger
    • C12P21/06C12N7/00C12N15/861C12N5/06
    • C12N15/86A61K48/00C12N2750/14143
    • Prior art teaches an effective packaging capacity for adeno-associated virus and adeno-associated viral vectors of 4.1 kb to 4.9 kb as well as a packaging limit of 5.2 kb to 5.6 kb. However, the inventor discovered that this packaging limit as well as that effective packaging capacity does not apply to all AAV serotypes: Whereas it is true that efficient packaging of AAV serotype 2 is limited to less than 5 kb, the inventor discovered that one can efficiently package more than 6 kb of genetic information into AAV capsids of other AAV serotypes, particularly into capsids of AAV serotype 5 and—to a lesser extent—into capsids of AAV serotype 7. This discovery will be useful in the context of gene therapy where large transgenes will have to be transferred such as the ABCA4 coding sequence, the Factor VIII coding sequence, the B-deleted Factor VIII coding sequence or minidystrophin genes.
    • 现有技术教导了4.1kb至4.9kb的腺相关病毒和腺相关病毒载体的有效包装能力以及5.2kb至5.6kb的包装限制。 然而,发明人发现,这种包装限制以及有效的包装能力并不适用于所有AAV血清型:鉴于AAV血清型2的有效包装确实被限制在小于5kb,发明人发现可以有效地 将超过6kb的遗传信息包装到其他AAV血清型的AAV衣壳中,特别是AAV血清型5的衣壳中,并且在较小程度上包装到AAV血清型7的衣壳中。该发现将在基因治疗的背景下有用,其中大的 必须转移转基因,如ABCA4编码序列,因子VIII编码序列,缺失B因子VIII编码序列或微小营养不良蛋白基因。