村勢則郎教授

・担当科目
環境生命工学/生物反応工学/食品工学/
生命物理化学 等
・その他/趣味など
ヒーリングミュージックや民族音楽、クラシック音楽をバックグラウンドに考え事をしたり書物を読んでいるときが落ち着きます。

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学術論文

1．  Gonda K, Murase N and Koga S : Recrystallization models for the thermograms of  Saccharomyces cerevisiae.　J. Gen. Appl. Microbiol. 20, 243-246 (1974)

2．  Murase N, Gonda K, Kagami I and Koga S : Solid-like water in cetyl alcohol.  Chemistry Letters, 333-334 (1974)　

3．  Murase N, Gonda K, Kagami I and Koga S : Proton conduction in  phosphatidyl-  ethanolamine. Chem. & Phys. Lipids, 19, 339-346 (1977)

4．  Murase N, Fujita T, Morikawa N and Koga S : Proton diffusion in the premelted  state of 1-hexadecanol. Bull. Chem. Soc. Jpn., 51(10), 2836-2837(1978)

5．  Murase N and Egami F : Interaction between liposomes and proteins on clay surfaces. Proc. of 2nd ISSOL and 5th ICOL Meeting, Japan Sci. Soc. Press, pp.391-395(1978)

6．  権田金治，三上幸吉，村勢則郎，吉村悦郎: 地球開発にみる開発インパクトの水質への影響. 環境情報科学，Vol.9(1), 69-73(1980)

7． 権田金治，村勢則郎，斉藤 剛，畠山省四朗，市野 学，福井康裕，土肥健純，稲生綱政，杉本久之: 生体臓器の人工制御システムの開発—多項目血液連続モニタリング装置． 人工臓器, Vol.10(6), 1083-1086(1981)

8．   権田金治，河合良夫，村勢則郎：熱測定による水溶液の凍結機構に関する基礎的研究—四級アルキルアンモニウム水溶液の凍結．凍結及び乾燥研究会誌, Vol.28, 19-22 (1982)

9．   Murase N, Shiraishi M, Koga S and Gonda K : Low-temperature calorimetric studies of compartmentalized water in hydrogel systems (����). Cryo-Letters, 3, 251-256(1982)

10．Murase N, Gonda K : Adsorption of liposomes by clay. J. Biochem., 92(1), 271-273 (1982) 　

11．Murase N and Gonda K : Effect of solutes on the compartmentalized water. Cryo-Letters, 4, 15-19 (1983) 　

12．Murase N, Fujita T and Gonda K : Low-temperature calorimetric studies of compartmentalized water in hydrogel Systems(����).  Cryo-Letters, 4, 19-22 (1983)

13．Murase N and Gonda K: Compartmentalized aqueous solutions in hydrogel Systems. Cryo-Letters, 4, 381-386 (1983)　

14．福井康裕，権田金治，市野 学，伊藤 裕，斉藤 剛，村勢則郎，畠山省四朗，津金孝行，土肥健純，杉本久之: 稲生綱政：生体臓器の人工制御システムの開発—コンピュータを導入した腎臓の常温保存システム. 人工臓器, Vol.12(2), 522-525 (1983)　

15．Gonda K, Wada H, Shiraishi M and Murase N : Thermodynamic aspects on the freezing mechanism of aqueous solutions. “Fundamentals and Applications of Freeze-drying to Biological Materials, Drugs, Food-stuffs” ed. / issued by IIR Commission C1, pp. 47-50 (1985)

16．Murase N, Watanabe T and Gonda K : Low-temperature thermal behavior of waterin heterogeneous systems.  “Fundamentals and Applications of Freeze-drying to Biological Materials, Drugs, Food-stuffs” ed. / issued by IIR Commission C1, pp.51-57 (1985)　

17．Katagiri C, Kimura J and Murase N : Structural studies of lipophorin in insect blood by differential scanning calorimetry and  ¹³C-nuclear magnetic relaxation measurements. J. Biol. Chem. 260, 13490-13495 (1985)

18．Gonda K, Wada H and Murase N: Calorimetric studies of glycolysis of E. coli under nongrowing condition. Thermochimica Acta, 88, 339-344(1985)

19．Murase N, Gonda K and Watanabe T : Unfrozen compartmentalized water in gels and its anomaous crystallization during warming. J. Phys. Chem. 90, 5420-5426 (1986)　

20．村勢則郎：高分子ゲルの凍結. 熱測定, Vol.14, pp.132-142 (1987)

21．Murase N and Watanabe T : Nuclear magnetic relaxation studies of the compartmentalized water in cross-linked polymer gels.　 Magn. Reson. Med., 9, 1-7 (1989)　

22．Murase N and Franks F : Salt precipitation during the freeze-concentration ofphosphate buffer solutions. Biophys. Chem. 34, 293-300 (1989)　

23．Murase N, Echlin P and Franks F : The structural states of freeze-concentrated and freeze-dried phosphates studied by scanning electron microscopy and differential scanning calorimetry. Cryobiology, 28, 364-375 (1991)　

24．村勢則郎：氷晶形成と不凍水．表面 Vol.29, 571-583 (1991)　

25．Watanabe T, Murase N, Staemmler M and Gersonde K : Multi-exponential proton relaxation processes of compartmentalized water in gels.　Magn. Reson.Med., 27, 118-134(1992)　

26．Franks F and Murase N : Nucleation and crystallization in aqueous systems duringdrying: theory and practice. Pure & Applied Chem., 64(11), 1667-1672(1992)　

27．Murase N : Ice crystallization in biological systems.　“Physics and Chemistry of Ice” ed. by N. Maeno et al., Hokkaido Univ. Press, pp.245-248 (1992)

28．Murase N and Watanabe T : Ice crystallization during rewarming of polymer gels.“Physics and Chemistry of Ice” ed. by N. Maeno et al., Hokkaido Univ. Press pp.249-254 (1992)　

29．Murase N : Origin of an endothermic trend observed prior to ice crystallization exotherm in the DSC rewarming trace for polymer gels. Cryo-Letters, 14, 367-376 (1993)　

30．村勢則郎，小野裕三，藤川清三：氷核活性物質の探索，低温生物工学会誌，40，63‐65（1994）

31．村勢則郎，鳥居一雄，宮地勝弘，山本英雄：氷核形成促進物質を用いた氷着熱槽， 低温生物工学会誌，41(2)，114-117 (1995)

32．Ogawa H, Murase N and Murakami S : Behavior of solutes in water + ethanol mixed solvent. Part 1 Therm. Chim. Acta, 253, 41-49 (1995)　

33．Watanabe T, Otsuka A, Murase N, Barth P and Gersonde K: NMR Studies on water and polymer diffusion in dextran gels. Magn. Reson. Med., 35, 697-705 (1995)　

34．村勢則郎，井上智広，高野哲也，鈴木徹，高井陸雄：高分子ゲルの凍結の熱解析と凍結状態の電顕観察．低温生物工学会誌，42, 139-142 (1996)

35．Ruike M, Murase N, Houzouji M, Motohashi A, Kinoshita A and Kaneko K :Pore structure of porous silicon formed on a lightly doped crystal silicon.Langmuir, 12, 4828-4831(1996)　

36．Ruike M, Inoue T and Murase N : Equilibrium and non-equilibrium freezing of

 water in cross-linked dextran gels. Cryo-Letters, 18,　157-164(1997)

37．Ruike M, Murase N, Imai J, Ishi C, Suzuki T and Kaneko K : Intrasolid interfacial

fractality of a less-crystalline solid. J. Colloid Interface Sci., 207, 355-362 (1998)

38．Ruike M, Inoue T, Takada S, Horie K and Murase N : Water sorption and drying behaviors of cross-linked dextrans. Biosci. Biotechnol. Biochem., 63(2), 271-275 (1999)　

39．Ruike M, Takada S, Murase N and Watanabe T : Changes in the bead structure of crosslinked polymer gels during drying and freezing. Cryo-Letters, 20, 61-68 (1999)　

40．Murase N, Inoue T, Ruike M and Watanabe T :Freezing behaviour of polymer gels studied by DSC and environmental SEM. Proceedings of 20^th International Congress of Refrigeration, pp. 2460-2466 (1999)

41．Kajiwara K and Murase N : Freeze-thawing behaviour of high concentration alkali salt-glucose aqueous systems. Proceedings of 20^th International Congress of Refrigeration, pp. 1085-1091 (1999)

42．Kajiwara K, Motegi A and Murase N : Freeze-thawing behaviour of highly concentrated aqueous alkali chloride glucose systems. CryoLetters, 22, 301-320 ( 2001)

43．Murase N, Ruike M, Matsunaga N, Hayakawa M, Kaneko Y and Ono Y : Spider silk has an ice nucleation activity. Naturwissenschaften, 88, 117-118 (2001)  

     

44．Murase N, Ruike M, Yoshioka S, Katagiri C and Takahashi H : Glass transition and ice crystallization of water in polymer gels, studied by oscillation DSC, XRD-DSC simultaneous measurements, and Raman spectroscopy, In “Amorphous Food and Pharmaceutical Systems” (Ed. by H.Levine), Roy. Soc. Chem., Cambridge, UK., pp. 339-346 (2002)

45．Murase N, Abe S, Takahashi H, Katagiri C and Kikegawa T : Two-dimensional diffraction study of ice crystallization in polymer gels.  CryoLetters, 25, 227-234 (2004)

46．村勢則郎，凍結高分子ゲル中の氷晶とガラス化した水．　熱測定，31（2）, 87-92 (2004)

47．Komai K and Murase N : Water sorption behavior of glycinebetaine and the state diagram of its aqueous system, In “ Water Properties of Food, Pharmaceutical and Biological Materials”, (Maria del Pilar Buera et al eds.), CRC Press, Taylor & Francis, Group, LLC, NW , pp. 647-654 ( 2006)

48．Thanatukson P, Kajiwara K, Murase N and Franks F : Freeze-thaw behaviuor of aqueous glucose solutions -the crystallization of cubic ice. Physical Chemistry Chemical Physics, 10, 5452-5458 (2008)

49．Kajiwara K, Thanatukson P, Murase N and Franks F : Cubic ice can be formed directly in the water phase of vitrified aqueous solutions, CryoLetters, 29(1), 29-34 (2008).

50．Hayashi M, Oguma T, Amino H, Kita K and Murase N : Freezing survival of the nematode Caenorhabditis elegans in the presence of cryoprotectant. Cryobiology and Cryotechnology, Vol. 55, No. 1/2, 9-22 (2009)

51．Murase N, Yamada S and Ijima N : Ice crystallization in gels and foods manipulated by the polymer network, In “Water properties in food, health, pharmaceutical and biological systems:ISOPOW 10”  (ed. by David S. Reid et al.), Willey-Blackwell, pp. 373-383 (2009)

52．Matsunaga N, Kato A and Murase N : Adsorption of lecithin liposomes to acid clays.

Biosci. Biotech. Biochem., 75(5), 899-903 (2011).

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