Welcome to SWB Research Group

 1.

Phongtamrug S.; Pulpoka B; Chirachanchai S.* “Inclusion Formation of N,N’-bis(2-hydroxybenzyl) alkylamine  Derivatives with transition Metal Ions via Molecular Assembly”, Supramol. Chem., 16, 269-278, 2004

2.

Yoksan R.; Akashi M.; Miyata M.; Chirachanchai S.^* “Structural Retaining Low Molecular Weight Chitosan via g-Ray Irradiation”, Radia. Res., in press.

3.

Yoksan R.; Matsusaki M.; Akashi M.; Chirachanchai S.^* “Controlled Hydrophobic/ Hydrophilic Chitosan: Colloidal Phenomena and Nanosphere Formation”, Colloid Polym. Sci., 282, 337-342, 2004.

4.

Chirachanchai S.*; Chiravanichanun N.; Miyata M. “Stabilization of Vinyl Chloride Monomer via Guest Adsorption Process in Cholic Acid Guest Free Channel and Its Inclusion Polymerization”, Int. Polym. Anal. and Character., 8, 417-430, 2003.

5.

Laobuthee A.; Ishida H.; Chirachanchai, S.* “Metal Ion Guest Responsive Benzoxazine Dimers and Inclusion Phenomena of Cyclic Derivatives”, J. Inclusion Phenom. and Macrocyclic Chem., in press.

6.

Chirachanchai, S.*; Phongtamrug, S.; Laobuthee, A. “A Simple, Effective, and Selective Synthesis Route without Template Effect (Part II) for [2+2] Difunctional 28-Membered Macrocyclic Ethers Based on Benzoxazine Dimers and Its Inclusion Phenomena with Metal Ions”, Chem. Lett., 5, 432-433, 2003.

7.

Yoksan R.; Akash,i M.; Hiwatari, K.; Chirachanchai, S.^* “Controlled Hydrophobic/hydrophilicity of Chitosan for Spheres without Specific Processing Technique”, Biopolymers, 69(3), 386-390, 2003.

8.

Laobuthee A.; Chirachanchai S.* “A Simple, Effective, and Selective Synthesis Route for Difunctional 30-Membered Macrocyclic Ester and Linear Oligoester Derived from Benzoxazine Dimers ”, Chem. Lett., 6, 614-615, 2002.

9.

Hemvichian K.; Laobuthee A.; Chirachanchai S.; Ishida H.* “Thermal Decomposition Processes in Polybenzoxazine Model Dimers investigated by TGA-FTIR and GC-MS”, Polym. Degradat. Stability, 76, 1-15, 2002.

10.

Chirachanchai S.*; Yoswathananont N.; Laobuthee A.; Ishida, H. “Silica Surface Modified with Benzoxazine-functional Silane”, Composites Interfaces, 8(5), 355-366, 2001.

11.

Laobuthee A.; Chirachanchai S.*; Ishida H.; Tashiro K. “Asymmetric Mono-oxazine: An Inevitable Product from Mannich Reaction of Benzoxazine Dimers”, J. Am. Chem. Soc., 123(41), 9947-9955, 2001.

12.

Yoksan R.; Akashi M.; Biramontri S.; Chirachanchai S.* “Hydrophobic Chain Conjugation at Hydroxyl Group onto g-Ray Irradiated Chitosan”, Biomacromolecules, 2, 1038-1044, 2001.

13.

Yoswathananont N.*; Chirachanchai S.; Tashiro K.; Nakano K.; Sada K.; Miyata, M. “Novel Host Framework of Cholic Acid Inclusion Crystals by Slide and Flip of the Layers”, Cryst. Eng. Comm, 19, 1-4, 2001.

14.

Chirachanchai S.*; Lertworasirikul A.; Tachabunyakiat W., “Carbaryl Insecticide Conjugation onto Chitosan via Iodochitosan and Chitosan Carbonyl Imidazolide Precursors”, Carbohyd. Polym., 46, 19-27, 2001.

15.

Chirachanchai S., Siripatanasarakit W., Laobuthee A., Phongtamrug S., Ishida H.* “A Novel Ion Extraction Material Using Host-Guest Properties of Oligobenzoxazine Local Structure and Benzoxazine Monomer Molecular Assembly”, J.  Appl. Polym. Sci., 77, 12, 2561-2568, 2000.

16.

Mekkriengkrai, D.; Chirachanchai, S.*; and Pichyangkura, R., “Enzymatic Degradation of Chitosan using Staphylococcus species strain TU005 (E) Chitinase”, J. Metals, Mater. Minerals, 10, 22-36, 2000.

17.

Chirachanchai S.; Chungchamroenkit R.; Ishida H.* “Adsorption of Tetrasulfide-functional Silane on High Surface Area Silica Treated with Aqueous and Non-aqueous Solutions”, Composite Interfaces, 6, 2, 155-167, 1999.

18.

Chirachanchai S.; Wada T.; Inaki Y.; Takemoto K.* “Transport Performance of Nucleosides through Nucleic Acid Bases Conjugated Hyaluronic Acid”, Chem. Lett., 2, 121-122, 1995.

19.

Wada T.; Chirachanchai S.; Izawa N.; Inaki Y.; Takemoto K.* “Synthesis of Sulfonated Hyaluronan Derivatives containing Nucleic Acid Bases”, Chem. Lett., 11, 2027-2028, 1995.

20.

Wada T.; Chirachanchai S.; Izawa N.; Inaki, Y.; Takemoto, K.* “Synthesis and Properties of Hyaluronic Acid Conjugated Nucleic Acid Analogs-Synthesis of Deacetylatedhyaluronan and Introduction of Nucleic Acid Bases”, J. Bioact. and Compatible Polym., 9, 429-447, 1995.

21.

Wada T.; Chirachanchai S.; Inaki Y.; Takemoto K.* “Preparation of PVA Membrane containing Nucleic Acid Analogs and Studies on Separation of Nucleosides and Dinucleotides using this Membrane”, Molecular Crystal Liq. Crystal Sci. and Technol., Section A, 219, 169-172, 1992.  

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