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1. A Temporary Future: The Fiction of David Mitchell, written by Patrick O'Donnell 2019

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwpV1LS8NAEF58XLyIL_DNHjyINbRpNsmuFEHUIohUsAcvErLZFYNipa1Ib_4N_56_xNnHxGIVFC8hXcLQ7HyZndn9ZoaQHfj4mFZxGhSJSAJACA_ylCu403nEmAilzXof38y5wVyYb1ns9X-rFsZAuSZV9g_qrYTCANyDkuEKaobrrxRttsexvFTbVghBJkW7LNAftNT12kU5tMRPM68v_XII_rJxP12Z_vtaB5kP4sTRX8Y91_N-77F3ZXJY7C4CVpxAluIAi1ObZvUVKMoBYgKJJdUWQ2hPSzzZ1FtFsKZpGF-7RQPHOESxrmpVZUrFBGScXXRtVvwK63qXTNruxNSQMHKN2ACWVAbOXPS5UOHh_Jf1q2IV2ngmiTIUkaGIaTLbTAW30fHVdXXIxBu29W71dv7QG0TUJ_4FxC6yXz48jLkvY35Id4HM-wCCHjkgLJIp_bhE5i6xI8VomWRHtEIEbd0dOlC06neHB-YnIIN6ZJgx2rulFh0U0bFPPTaoHFGPDdp5f33zqFgh3fZp9_gs8H00AsmbUcB1Q0gJhlapIkxzlbOGznPFwX1RCTOpyLoZaxbltzwsBGcsSplMIpaHhZYCXn6VUBUXUkQ6ljJJmWgqzuNC6UILoQU40XKN7NrpyTz6BtmPylgjeziD2ZOrqPLzw-t_eXiDzH2id5PMDPvPeovMGCuybTX_AZMpYUw

   Fischer, Carol

   Krono Scope : Journal For The Study Of Time, Vol. 19, Issue 1, pp. 71 - 73.

   Journal Article  |  Full Text Online

2. Enamel biomimetics-fiction or future of dentistry 2019

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwnV3NTtwwEB4VKlAvFaWIpsAqlThVChHxv4SQYMWKHpA4FKnqJYodh11gA2VBIE48RJ-QJ2HGSRZW3DgkSuwotsZje-yZ7zPAJnY-7kuhEieNTFBDdFIoXeKTLxjnZtsG1PurzRwQHRYmBO07O9qqL8Zb9WgYYiuvxi7t4sTS46O-ZBkxzaVzMKcY75bozfArtWjAVlLxhKiOOlcm0-kER2xJsVt44XtC5xehyUykVWJ2XnpjbL6NmVy4K-qqqE-buMkwHQ2W4HNrR8Z7TX2_wAdfL8PiUesp_wp7B3Ux9hcxwetHY0IqTp4e_-8Md6tRQDLspMPd-PI6ppRAK9IkVHEA7tIJcCtwMjj43T9M2uMSEoez9k2CQudem21nlbQmnHmOi0PmuFWe_GmZ8bbkruKZU0w6mzGvuaaWqYTFWYl9g7gUzhrmhbUoPpOVWgtXeueN8QaNJRvBz05K-VVDh5EHNzbTeSPdHIVJhKM6lxGsd3LM254xyTM0ABkXRvIIfkyzUafJUVHU_vI2fMNxmWi0iGC1Efu0tK69IlAzDTL9gPiyZ3NQjQJvdqs2EWy2TfdSq9Oz83_n9w8Puc8IXE_EVN_fXcAafKK_hI0asQ7zN9e3fgPmCZPRQ439o8J9vwcfD_u_Bn97FG963Ata_AxCMvBb

   Pandya, Mirali; Diekwisch, Thomas G H

   International Journal Of Oral Science, Vol. 11, Issue 1, pp. 8 - 9.

   Tooth enamel is a complex mineralized tissue consisting of long and parallel apatite crystals configured into decussating enamel rods. In recent years, multiple approaches have been introduced to g... Read more

   Tooth enamel is a complex mineralized tissue consisting of long and parallel apatite crystals configured into decussating enamel rods. In recent years, multiple approaches have been introduced to generate or regenerate this highly attractive biomaterial characterized by great mechanical strength paired with relative resilience and tissue compatibility. In the present review, we discuss five pathways toward enamel tissue engineering, (i) enamel synthesis using physico-chemical means, (ii) protein matrix-guided enamel crystal growth, (iii) enamel surface remineralization, (iv) cell-based enamel engineering, and (v) biological enamel regeneration based on de novo induction of tooth morphogenesis. So far, physical synthesis approaches using extreme environmental conditions such as pH, heat and pressure have resulted in the formation of enamel-like crystal assemblies. Biochemical methods relying on enamel proteins as templating matrices have aided the growth of elongated calcium phosphate crystals. To illustrate the validity of this biochemical approach we have successfully grown enamel-like apatite crystals organized into decussating enamel rods using an organic enamel protein matrix. Other studies reviewed here have employed amelogenin-derived peptides or self-assembling dendrimers to re-mineralize mineral-depleted white lesions on tooth surfaces. So far, cell-based enamel tissue engineering has been hampered by the limitations of presently existing ameloblast cell lines. Going forward, these limitations may be overcome by new cell culture technologies. Finally, whole-tooth regeneration through reactivation of the signaling pathways triggered during natural enamel development represents a biological avenue toward faithful enamel regeneration. In the present review we have summarized the state of the art in enamel tissue engineering and provided novel insights into future opportunities to regenerate this arguably most fascinating of all dental tissues. Read less

   Journal Article  |  Full Text Online

3. Cosmeceuticals containing herbs: fact, fiction, and future 2005

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwpV1JSwMxFA4uIF7EDXeZg7c6dCaTZSKlIGqpB8FDPUsyyaDgUtr-f3zZ2qm0ongJQwKPyXzJx8ub770gdAGbjxhNeVoxwVJYIWUqeanhyciCEJErl_XeDOZ0Yy7MQhV7-9_QQh-Aa1Nl_wDv1Ch0wDOADC3ADO2vgL75HL-bGJQeO-25v_UBnMCRcoo3m71gv2X96rIYomJzVk8kuqe3lqcnng9b40bGtJeOjD5q86ajUORtLmJAp-rSSHIZZylsRs-CJhAfJinhPgk5MmORN1YAbz1OWrjBdaW_g2Q5B0eTPnIFjooPWzYwGb47UHKWYcH81S0_j36rjR2HVtEqEI91hu97039I4Mj4WhRhtiE_POi4FrycLSAbDDYPGUVwNgbbaCucEpJrj_YOWjEfu2jjIegg9lB_HvRkBnriQL9KLOSXSeelGzDvtF-6lwmg7voc8LZrHz317gY3_TTciZFWRclJqnGtOdgXMq8rlkts8iqjUiqVa6pyk5Uik0pyxQUTWGHNjOSUYpkRTXhd4EOUaFopURiqFONEYF2WtNLWpjACPGJ1hA785J-HvuLJc_wsx0tHTtDmbKmdovUaJm_O0JrdwucOly8-eTgm

   Thornfeldt, Carl

   Dermatologic Surgery, Vol. 31, Issue 7 Pt 2, p. 873.

   Modern medicine is rooted in ethnobotanical traditions using indigenous flora to treat symptoms of human diseases or to improve specific aspects of the body condition. Herbal medicine is now used b... Read more

   Modern medicine is rooted in ethnobotanical traditions using indigenous flora to treat symptoms of human diseases or to improve specific aspects of the body condition. Herbal medicine is now used by over half of the American population. Yet the American medical community generally lacks knowledge of the function, metabolism, interaction, adverse reactions, and preparation of herbal products. Because over 60 botanicals are marketed in cosmeceutical formulations, dermatologists need to obtain working knowledge of the major botanicals. The preparation, traditional uses, mechanisms of action, human clinical data, adverse reactions, and interactions all impact herbal efficacy and are discussed below. English-language medical journal and symposium searches. The most important botanicals pertaining to dermatologic uses, such as cosmeceuticals, include teas, soy, pomegranate, date, grape seed, Pycnogenol, horse chestnut, German chamomile, curcumin, comfrey, allantoin, and aloe. All are documented to treat dermatologic conditions. Only green and black tea, soy, pomegranate, and date have published clinical trials for the treatment of parameters of extrinsic aging. Preparation of botanical-based cosmeceuticals is complex. Very few of these products are supported by evidence-based science. Read less

   Journal Article

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