HAIR STYLING PATENTS FOR 2006 - Patent and Intellectual ...

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Appl: 20080213179
Differentially Expressed Nucleic Acids in the Blood-Brain Barrier Under Inflammatory Conditions
The present invention relates to nucleic acids and polypeptides encoded thereby, whose expression
is modulated in brain microvascular endothelial cells undergoing early dynamic inflammationinduced
changes in blood-brain barrier functionality. Such polypeptides are referred to as
lipopolysaccharide-sensitive (LPSS) polypeptides herein. These nucleic acids and polypeptides
may be useful in methods for controlling blood-brain barrier properties in mammals in need of such
biological effects. This includes the diagnosis and treatment of disturbances in the bloodbrain/retina
barrier, brain (including the eye) disorders, as well as peripheral vascular disorders.
Additionally, the invention relates to the use of anti-LPSS polypeptide antibodies or ligands as
diagnostic probes, as blood-brain barrier targeting agents or as therapeutic agents as well as the use
of ligands or modulators of expression, activation or bioactivity of LPSS polypeptides as diagnostic
probes, therapeutic agents or drug delivery enhancers.
Appl: 20080213198
Cosmetic or Dermopharmaceutical Composition Comprising at Least one Udp Glucuronosyl Transferase
(Ugt) Enzymes Inducer
The invention relates to topical use of at least one UGT inducer for the preparation of a cosmetic or
dermopharmaceutical composition comprising a dermatologically acceptable carrier to protect
and/or enhance the state of the skin and prevent and/or treat imperfections of the skin.
Appl: 20080214913
Surface-Enhanced Spectroscopy with Implanted Biosensors
The present invention provides a spectroscopic apparatus, a method and a computer program
product for determining the concentration of an analyte of a fluid that flows through a capillary
vessel of a biological sample. The spectroscopic apparatus makes use of an imaging system for
determining the position of at least one biosensing substrate that has been implanted into the
biological sample in the proximity of the capillary vessel but outside the capillary vessel. The
biosensing substrate is capable of inducing surface-enhanced spectroscopic effects and is preferably
adapted to reversibly and selectively bind a certain analyte or molecule of the fluid, to which the
vessel wall of the capillary vessel is at least semi-permeable. By performing a spectroscopic
analysis not directly inside the capillary vessel but in close proximity to the capillary vessel, the
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