Israel state records י"ג בשבט התשס"ח January 20, 2008

תרכובות בעלות קישור בין פולימר וליגנד הניתן לשחרור ותכשירים המכילים אותו	COMPOUNDS HAVING RELEASABLE LINKAGE BETWEEN POLYMER AND LIGAND AND COMPOSITIONS CONTAINING SAME
[54]
	21.04.2000					[22]
	US	[33]	23.04.1999	[32]	60/130897	[31]
Int. Cl.8 A61K 047/00, 047/48						[51]
			ALZA CORPORATION, U.S.A.			[71]
	WO/2000/064483					[87]
לוצאטו את לוצאטו, גן תעשייה, עומר , ת.ד. 5352, באר שבע			LUZZATTO & LUZZATTO, INDUSTRIAL PARK, OMER, P.O.B. 5352, BEER-SHEVA 84152			[74]

[57] A compound of the formula




wherein R¹ is a hydrophilic polymer comprising a linkage for attachment to the dithiobenzyl moiety; R² is selected from the group consisting of H, alkyl and aryl; R³ is selected from the group consisting of H, alkyl and aryl; R³ is selected from the group consisting of O(C=O)R⁴, S(C=O)R⁴, and O(C=S)R⁴; R⁴ comprises an amine-containing ligand; and R⁵ is selected from the group consisting of H, alkyl and aryl; and where orientation of CH₂-R³ is selected from the ortho position and the para position.

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146093			[21][11]
שיטה לבידוד פוליפפטיד או חלבון מתמיסה המכילה ריבוי שלהם			METHOD OF SEPARATING A POLYPEPTIDE OR PROTEIN FROM A SOLUTION CONTAINING A PLURALITY THEREOF			[54]
	19.04.2000					[22]
	US	[33]	20.04.1999	[32]	60/130238	[31]
	US		25.02.2000		09/513395
	US		25.02.2000		09/513486
	US		25.02.2000		09/513907
Int. Cl.8 G01N 027/447, 033/68						[51]
			TARGET DISCOVERY, INC., U.S.A.			[71]
	WO/2000/063683					[87]
וולף, ברגמן וגולר, רחוב קרן היסוד 19ב' , ת.ד. 1352, ירושלים			WOLFF, BREGMAN AND GOLLER, 19B KEREN HAYESOD ST., P.O.B. 1352, JERUSALEM 91013			[74]

[57] A method for separating a plurality of proteins in an initial sample, comprising:

(a) performing a plurality of capillary electrophoretic methods in series, each method comprising electrophoresing a sample obtained from the preceding method in the series, except the first method of the series in which the sample is the initial sample, and wherein at least one of the plurality of methods is capillary isoelectric focusing electrophoresis (CIEF) or capillary zone electrophoresis (CZE) and the at least one method is conducted under conditions such that electroosmotic flow is less than or equal to 0.5x10^-6 cm²/V-s; and

(b) detecting resolved proteins from the final electrophoretic method.

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146226		[21][11]
חומרים מרוכבים של פולימר-נאנוקריסטאלים הפעילים בתחום RIN והתקנים אלקטרואופטיים העשויים מהם		NEAR INFRA-RED COMPOSITE POLYMER-NANOCRYSTAL MATERIALS AND ELECTRO-OPTICAL DEVICES PRODUCED THEREFROM	[54]
	29.10.2001		[22]
Int. Cl.8 H01L 033/00			[51]
יישום חברה לפיתוח המחקר של האוניברסיטה העברית בירושלים, ירושלים מוסד הטכניון למחקר ופיתוח בע"מ, חיפה		YISSUM RESEARCH DEVELOPMENT COMPANY OF THE HEBREW UNIVERSITY OF JERUSALEM TECHNION RESEARCH AND DEVELOPMENT FOUNDATION LTD.	[71]
אורי בנין, ניר טסלר		URI BANIN, NIR TESSLER	[72]
לוצאטו את לוצאטו, גן תעשייה, עומר , ת.ד. 5352, באר שבע		LUZZATTO & LUZZATTO, INDUSTRIAL PARK, OMER, P.O.B. 5352, BEER-SHEVA 84152	[74]

[57] A composite material comprising a host material in which is incorporated semiconductor nanocrystals, wherein: said host material is light-transmissive or light-emissive or both light-transmissive and light-emissive and is electrical charge – transporting such as to permit electrical charge transport throught said host to the core of said nanocrystals; and said nanocrystals comprise a semiconductor nanocrystal core that emits and absorbs energy in the near infra red (NIR), and comprise at least one crystalline shell layer encapsulating said core, said shell causing said semicronductor nanocrystals to have values of quantum yield and chemical stability and photostability that are changed from the values of an identical non – encapsulated nanocore, wherein said nanocrystal has removable or substitutable organic ligands on the outer surface thereof characterized in that materials and thickness of said crystalline shell and/or said organic ligands are chosen so as to decouple the energies of said core and said host material at the near infrared (NIR) sufficiently to avoid quenching of the emission of energy by said core through interaction with said host thereby at least partially shielding said core from the absorption resonances of said host material and allowing said cores of said nanocrystals to emit light electroluminescence in the near infrared spectral range when an electrical potential exists in or an electrical current flows through said composite material and allowing an electrical current to flow in said composite material when light in the near infrared range is absorbed by said cores of nanocrystals.

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146362			[21][11]