摘要:
The present invention relates to anti-metabotropic glutamate receptor subtype 2 (mGluR2) conformational single do main antibodies and uses thereof in particular in the therapeutic and diagnostic field.
摘要:
The present invention relates to anti-Epidermal Growth Factor Receptor (EGFR) conformational single domain antibodies and uses thereof in particular in the therapeutic and diagnostic field.
摘要:
The invention relates to a method for detection of ligands (agonists or antagonists) specific to a receptor (RCPG) coupled to a G protein, comprising the following steps; 1) bring a receptor marked with a member of a donor/acceptor pair into contact with a Gα or Gß? sub-unit of a G protein marked with the other member of the donor/acceptor pair and 2) measure the transfer by proximity effect between the donor and acceptor. The above is of application to the screening of novel medicaments.
摘要:
The invention relates to a method that makes it possible to predetermine if a compound to be tested preferably binds to a membrane receptor R1 or to a membrane receptor R2, said receptors being known to be expressed as a monomeric, homodimeric, or heterodimeric receptor on the surface of cells. Said method is implemented through the use of one or two FRET partner pairs.
摘要:
Microemulsion aqueuse de fluorocarbures, indefiniment stable a une temperature donnee. Cette microemulsion est constituee de: 1) un milieu aqueux, 2) un fluorocarbure; 3) un seul agent tensio-actif fluore non ionique, ledit agent tensio-actif ayant un point de trouble inferieur d'au moins 5 a 10 C a la temperature de stabilite de la microemulsion lorsque le milieu aqueux est constitue par de l'eau pure. Application: transporteurs d'oxygene.
摘要:
Ce procede consiste a faire reagir de la trisdimethylaminophosphine sur un alcool de formule H(OC2H4)n OH en presence de tetrachlorure de carbone pour former le chlorure du monosel d'oxyphosphonium de formule: H(OC2H4)n OP+ (NMe2)3, Cl- en operant dans un milieu dans lequel le glycol est soluble et dans lequel le monosel precipite et a une temperature suffisamment faible pour que le chlorure de monosel soit stable; a substituer l'anion chlorure par un autre anion pour obtenir un monosel stable a une temperature superieure a 0 C; a effectuer une substitution nucleophile sur le sel d'oxyphosphonium du polyoxyethyleneglycol ainsi forme par un alcoolate de formule RzCH2OM. Application: agents tensio-actifs non ioniques.
摘要:
The microemulsion is comprised of: (1) an aqueous medium, (2) a fluorocarbide, (3) a single fluorinated non-ionic surface active agent having a turbidity point less, by at least 5 to 10`C, than the stability temperature of the microemulsion when the aqueous medium is made of pure water. Application to oxygen carriers.
摘要:
The subject matter of the invention is a method for measuring the luminescence of a long-life fluorescent compound present in a measuring medium, said medium containing a biological sample, characterised in that it comprises the following steps: a) introduction of a long-life fluorescent compound into the measuring medium, b) introduction, into the measuring medium, of a fluorescent marking agent, the absorption spectrum of which allows the excitation thereof at the same wavelength as that used to excite the long-life fluorescent compound, wherein said emission spectrum allows the measurement of the luminescence thereof at the same wavelength as that used to measure the luminescence of the long-life fluorescent compound, c) excitation of the measuring medium with a wavelength corresponding to an absorption peak of the long-life fluorescent compound, d) measurement of the luminescence emitted by the measuring medium immediately after excitation of said medium, mainly corresponding to the luminescence of the marking agent, and for a period of 5 ns to 45 ps, at a wavelength corresponding to an emission peak of the long-life fluorescent compound, e) time-resolved measurement of the luminescence emitted by the measuring medium at the same wavelength as that used in step d), after a delay of 20 to 200 ps following the excitation of the measuring medium and for a period of 200 to 1000 ps, said luminescence mainly corresponding to that of the long-life fluorescent compound, f) calculation of a normalised luminescence signal corresponding to the ratio: (signal obtained in step e) / (signal obtained in step d).