| No |
Patent Title |
Inventors |
| 1 | A biomimetic approach to low cost fabrication of complex nanostructures of metal oxides by natural oxidation at low temperature | HAN Ming Yong, ZHANG Zhong Ping |
| 2 | Polyalkyleneimine-graft-biodegradable polymers for delivery of bioactive agents | LIU Ye, Wong Kok Hou, SUN Guo Bin, HE Chao Bin, Kam Leong |
| 3 | Electroconductive curable resins | Masaya KOTAKI, WANG Ke, HE Chao Bin |
| 4 | Biodegradable thermogelling polymer | Li Jun, Loh Xian Jun, Goh Suat Hong |
| 5 | Hyperbranched polymers and their applications | LIU Ye, HE Chao Bin, Wu Decheng |
| 6 | Novel water-soluble nanocrystals comprising a low molecular weight coating reagent, and methods of preparing the same | Han Ming Yong, Wang Fu Ke |
| 7 | Systems and methods for pumping continuous liquid columns using hydrophobicity control features in a microchannel | Saman DHARMATILLEKE, LIU Hong |
| 8 | Surface plasmon resonance and quartz crystal microbalance sensor | WANG Guang Yu, SU Xiao Di, Wolfgang Knoll, WU Ying Ju |
| 9 | Water-soluble fluorescent particle comprising entangled fluorescent polymer and amphiphilic molecule | CHEN Zhi Kuan, LI Xu |
| 10 | A sensor for measuring gas permeability of a test material | CHUA Soo Jin, Senthil Kumar RAMADAS, HE Xin Bo |
| 11 | Method and Moulds For Use in Fabricating Side-Ported Microneedles | XU Yuan, CHEN Mei Ma, LI Zhong Li (Julie), LIM Chee Yen, Joyce TAN Pei Ying |
| 12 | Flexible electroluminescent devices | ZHU Fu Rong, ONG Kian Soo, HAO Xiao Tao |
| 13 | Water-soluble nanocrystals and methods of preparing them | HAN Ming Yong, WANG Fu Ke |
| 14 | Device and method of detecting mutations and polymorphisms in DNA | SU Xiao Di, Robelek Rudolf, Wolfgang Knoll, Sean O'Shea |
| 15 | Encapsulation of electronic devices | Ewald Guenther, LIM Shuang Fang, Mark AUCH Dai Joong, CHUA Soo Jin |
| 16 | Poly(arylenevinylene) and Poly(heteroarylenevinylene) Light Emitting Polymers and Polymer Light-Emitting Devices | CHEN Zhi Kuan, Huang Chun |
| 17 | Microneedles and microneedle fabrication | XU Yuan, CHEN Mei Ma, LI Zhong Li (Julie), LIM Chee Yen, Joyce TAN Pei Ying |
| 18 | Distributed feedback and distributed Bragg reflector semiconductor lasers | TENG Jing Hua, CHUA Soo Jin, DONG Jian Rong |
| 19 | Novel water-soluble nanocrystals comprising a polymeric coating reagent, and methods of preparing the same | HAN Ming Yong, WANG Fu Ke |
| 20 | Silicide formed from ternary metal alloy films | CHI Dongzhi, Rinus LEE Tek Po, CHUA Soo Jin |
| 21 | Nanostructures and method of making the same | CHUA Soo Jin, CHEN Peng, Wang Yadong |
| 22 | Reliable contacts | CHI Dongzhi, LEE Ka Yau, Rinus LEE Tek Po, LIEW Siao Li, YAO Hai Biao |
| 23 | Nitride-based semiconductor epitaxial substrate, method of manufacturing the same, and HEMT substrate | Masaki Ueno, Eiryo Takasuka, Katsushi Akita, CHUA Soo Jin, CHEN Peng |
| 24 | Variable focus microlens | Isabel RODRIGUEZ, Peter MORAN, KHAW Aik Hau, Saman DHARMATILLEKE |
| 25 | Polymers for the delivery of bioactive agents and methods of their preparation | LIU Ye, Wang Shu, HE Chao Bin |
| 26 | Promoter construct for gene expression in neuronal cells | Wang Shu, Liu Beihui, Wang Xu |
| 27 | Micro-electromechanical device | YAO Kui, Eric TANG Xiaosong, Gao Peng, HE Xu Jiang, zhang Jian, SHANNIGRAHI Santiranjan |
| 28 | Biodegradable copolymer and nucleic acid delivery system | Tang Gu Ping, Ma Yue Xia, Wang Shu |
| 29 | Patterning of electrodes in OLED devices | Mark AUCH Dai Joong, Ewald Guenther, CHUA Soo Jin |
| 30 | Sustained-release tablet formulation | YANG Yi Yan, Tan Cherng Wen, Shabbir Moochhala, Wang Li Shan, Donna Tan |
| 31 | Method of cleaving GaN/sapphire for forming laser mirror facets | Ramam AKKIPEDDI, LI Zhong Li (Julie), TRIPATHY Sudhiranjan, CHUA Soo Jin |
| 32 | Recombinant polypeptide useful for neurotrophin receptor mediated gene delivery and as neurotrophin agonist | Wang Shu, Wu Shan Shan, Zeng Jieming, Ma Nan |
| 33 | Method And Solution For Forming Anatase Titanium Dioxide, And Titanium Dioxide Partcles, Colloidal Dispersion and Film | HONG Liang, LIU Zhao Lin, JIANG Hui Xin, GUO Bing |
| 34 | Surface plasmon resonance and quartz crystal microbalance sensors on microchip | Zhang Jian, Sean O'Shea |
| 35 | A Polymer and nerve guide conduits formed thereof | Wang Shu, Andrew Wan, Hanry Yu, Kam Leong |
| 36 | Medical guide tubes | Wang Shu, Seeram Ramakrishna, Bini Thumbarathy Balakrishnan |
| 37 | Enhanced multimode interference coupler | YIN Rui, CHUA Soo Jin, TENG Jing Hua |
| 38 | Composite optical destructive electrode for high contrast electroluminescent devices | ZHU Fu Rong, ONG Kian Soo, HAO Xiao Tao |
| 39 | Template-assisted nanostructure formation | Melissa SANDER, TAN Le Shon |
| 40 | Improved transparent electrode material for quality enhancement of OLED devices | ZHU Fu Rong, CHUA Soo Jin, Ewald Guenther |
| 41 | Manufacture of polyimides hollow fibre | Neal Chung, Cao Chun, LI Dongfei, LIU Ye, Ren Ji Zhong, Wang Rong |
| 42 | Ternary and quarternary nanocrystals, processes for their production and uses thereof | HAN Ming Yong, ZHONG Xinhua, Wolfgang Knoll |
| 43 | Improved buffer for semiconductor structures | MIAO Zhong Lin, CHUA Soo Jin, Thwin Htoo, TRIPATHY Sudhiranjan, CHEN Peng |
| 44 | A method of identifying an object and a tag carrying identification information | Peter MORAN, Adrian Paul BURDEN |
| 45 | Process for blackening a plastic or rubber material | Chen Xingfu, Hong Liang |
| 46 | Micromachined electromechanical device | YAO Kui, HE Xu Jiang, Zhang Jian, SHANNIGRAHI Santiranjan |
| 47 | Method to produce a reliable piezoelectric thick film on a substrate | YAO Kui, HE Xu Jiang, XU Yuan, Francis Tay |
| 48 | Removal of organic layers from organic electronic devices | Wang Wei, LOW Hong Yee, CHUA Soo Jin |
| 49 | High ion conductive polymer | GAN Leong Ming, Chow Pei Yong |
| 50 | Quantum confined light-emitting dot material for low dimensional semiconductors | HE Chao Bin, XIAO Yang, HUANG Jun Chao, MYA Khine Yi |
| 51 | Organic light emitting diode | Karen KE Lin, Senthil Kumar RAMADAS, CHUA Soo Jin |
| 52 | Method for forming a released microstruture suitable for a MEMS device | Tang Xiao Song, Chua Bee Lee, Li Zhi Hong, Norman C Tien, Francis Tay Eng Hock |
| 53 | Multilayer substrate metallization for IC interconnection | Zhang Fan, Li Ming |
| 54 | Improved temperature sensitive micelles | YANG Yi Yan, LIU Xue Ming, Chaw Cheng Shu, Lin Wang, Kam Leong |
| 55 | Cationic water-soluble conjugated polymers and their precursors | Liu Bin |
| 56 | Biodegradable triblock copolymers, synthesis methods therefore, and hydrogels and biomaterials made there from | LI Jun, LI Xu, NI Xi Ping, Kam Leong |
| 57 | Method and apparatus for forming a metallic feature on a substrate | Peter MORAN, William Chen |
| 58 | Non-disruptive three-dimensional culture and harvest system for anchorage-dependent cells | Hanry Yu, Kam Leong, Chia Ser Mein, Andrew Wan |
| 59 | Light emitting polymers and polymer light-emitting diodes | Huang Wei, CHEN Zhi Kuan, CHUA Soo Jin |
| 60 | Laminates for encapsulating devices | Wang Wei, CHUA Soo Jin, Ewald Guenther |
| 61 | Reversal imprint technique | Bao Lirong, Jay Guo L, Albert Yee, Huang Xudong, Stella Pang, Chen Xing |
| 62 | A solder interconnection having a layered barrier structure & method for forming same | Li Ming, William Chen |
| 63 | Method for electroless deposition of a metal layer on selected portions of a substrate | BHANGALE Sunil Madhukar, LI Zhong Li (Julie), Peter MORAN |
| 64 | Method for forming a nickel silicide layer on a silicon substrate | CHI Dongzhi, Rinus LEE Tek Po, Syamal Lahiri, CHUA Soo Jin |
| 65 | Methods of creating patterns on substrates and articles of manufacture resulting therefrom | Bao Lirong, Li Tan, HUANG Xu Dong, KONG Yen Peng, L Jay Guo, Stella Pang, Albert Yee |
| 66 | Method for electroless metalisation of polymer substrate | BHANGALE Sunil Madhukar, Peter MORAN |
| 67 | Gate electrodes and the formation thereof | Dominique Mangelinck, Syamal Lahiri, CHI Dongzhi |
| 68 | GaN-single-crystal substrates, nitride type semiconductor epitaxial substrate, nitride type semiconductor device, and methods of making the same | CHUA Soo Jin, CHEN Peng, Masaki Ueno, Eiryo Takasuka |
| 69 | Hollow fiber membrane and methods for their production | Neal Chung, Lin Wenhui, Rohit Vora |
| 70 | Liquid delivering device | XU Yuan, Zhang Xuanxiong, KONG Yen Peng, YAO Kui, HE Xu Jiang |
| 71 | Forming an electrical contact on an electronic component | Sayamal Lahiri, Rinus LEE Tek Po, Zuruzi Abu Samah |
| 72 | A process for modifying chip substrate assemblies | Syamal Lahiri, Harvey Phillips |
| 73 | Method of forming selective electroless plating on polymer surfaces | William Chen, Peter MORAN, Harvey Phillips |
| 74 | Vibratory in-plane tunnelling gyroscope | William Chen, Francis Tay, XU Yuan, Chua Bee Lee, Holden Li |
| 75 | Method for encapsulation of electronic devices (space and dam sealing) | Mark AUCH Dai Joong, Ewald Guenther, LIM Shuang Fang, CHUA Soo Jin, Low Bee Ling |
| 76 | Procedure for encapsulation of electronic devices | CHUA Soo Jin, Mark AUCH Dai Joong, Ewald Guenther |
| 77 | Injectable drug delivery systems with cyclodextrin-polymer based hydrogels | LI Jun, Hanry Yu, Kam Leong |
| 78 | Encapsulation of electronic devices with shaped spaces | Ewald Guenther, Mark AUCH Dai Joong, CHUA Soo Jin |
| 79 | Support for bending test of flexible substrates | Mark AUCH Dai Joong, Ewald Guenther, CHUA Soo Jin, Chen Zhong |
| 80 | An alloy and method for increasing the thermal stability of nickel silicide | Dominique Mangelinck, Zuruzi Bin Abu Samah, Sayamal Lahiri |
| 81 | Filler materials for glass ionomer cements | Adrian Yap, Andrew Wan, Li Ming, Garth Hastings |
| 82 | Blue electroluminescent materials for polymer light-emitting diodes | Huang Wei, Yu Wanglin, Pei Jian, CHUA Soo Jin |
| 83 | Barrier stack | Senthil Kumar RAMADAS, Ewald Guenther, Mark AUCH Dai Joong, CHUA Soo Jin |
| 84 | Buried hetero-structure opto-electronic device | Wang Zhijie, CHUA Soo Jin, Wang Wei, Zhou Fan |
| 85 | Sealing of OLED devices | LOW Hong Yee, Ewald Guenther, CHUA Soo Jin |
| 86 | Method for forming a modified semiconductor having a plurality of band gaps | TENG Jing Hua, DONG Jian Rong, CHUA Soo Jin |
| 87 | Improved OLED packaging | Ewald Guenther, LOW Hong Yee, CHUA Soo Jin |
| 88 | Chemical modification of polyimide | LIU Ye, Wang Rong, LI Dongfei, Neal Chung |
| 89 | A novel immunodiagnostic test method for veterinary disease | Sam Li, SU Xiao Di, Jimmy Kwang, Sharon Low, Liu Wei |
| 90 | Forming Indium Nitride (InN) and Indium Gallium Nitride (InGaN) Quantum Dots Grown By Metal-Organic-Vapor-Phase Epitaxy (MOCVD) | CHUA Soo Jin, Li Peng, Hao Maosheng, Zhang Ji |
| 91 | A method of fabricating a semiconductor structure having quantum wires and a semiconductor device including such structure | WANG Ben Zhong, CHUA Soo Jin |
| 92 | Encapsulation for OLED devices | Ewald Guenther, Mark AUCH Dai Joong |
| 93 | Mechanical patterning of a device layer | Chen Zhong, Brian COTTERELL, Guenther Ewald |
| 94 | Method of fabricating a nickel/platinum monosilicide film | CHI Dongzhi, Syamal Lahiri, Dominique Mangelinck |
| 95 | Method of selective post-growth tuning of an optical bandgap of a semiconductor heterostructure and products thereof | CHUA Soo Jin, Li Gang |
| 96 | High precision three dimensional alignment system for lithography, fabrication & inspection | Sam Li, Ng Hou Tee |
| 97 | Piezoelectric immunosensor | Sam Li, SU Xiao Di, Fook TC, Zhou XC |
| 98 | Method and composition for bright electroless nickel deposition | Chen Xingfu, Hong Liang |
| 99 | Transparent composite membrane | Teoh Swee Hin, Tang Zheng Gui, Ramakrishna Seeram |
| 100 | A buried-hetero-structure InP-based opto-electronic device with native oxidized current blocking layer | CHUA Soo Jin, Wang Zhijie |
| 101 | Fiber-reinforced composite product with graded stiffness | Ramakrishna Seeram, Ganesh Vijay Kumar, Teoh Swee Hin, Loh Poey Lin, Chew Chong Lin |
| 102 | Area array stud bump flip chip device and assembly process | Syamal Lahiri, William Chen |
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