I. Heat-stable enzyme in Escherichia coli
1. Battistoni, A., and Rotilio, G., 1995. Isolation of an active and heat-stable
monomeric form of Cu,Zn superoxide dismutase from the periplasmic space
of Escherichia coli. 374: 199-202. （卷之後是 : ，注意最後一名字之前是 ,
and，first name 要有space，刊名都不見了，可知選擇import filter不對）
2. Fu, Z., Hamid, S. B., Razak, C. N., Basri,M., Salleh,A.B., and
Rahman,R.N., 2003. Secretory expression in Escherichia coli and
single-step purification of a heat-stable alkaline protease. 28, 63-68.
3. Rudiger,A., Jorgensen,P.L., and Antranikian,G., 1995. Isolation and
characterization of a heat-stable pullulanase from the hyperthermophilic
archaeon Pyrococcus woesei after cloning and expression of its gene in
Escherichia coli. 61, 567-575. （學名要斜體）
4. Thomas,J., Van Patten,S.M., Howard,P., Day,K.H., Mitchell,R.D.,
Sosnick,T., Trewhella,J., Walsh,D.A., and Maurer,R.A., 1991. Expression
in Escherichia coli and characterization of the heat-stable inhibitor of the
cAMP-dependent protein kinase. 266, 10906-10911.
5. Aye,K., Ommar,M., Khin,M.U., and Thane,T., 1988. Effect of
enterotoxigenic Escherichia coli heat stable toxin on intestinal lysosomal
enzymes in the suckling rat. 39, 176-181.
6. Goldstein,A., 1982. "Immunoreactive dynorphin" in Escherichia coli: tracer
degradation by a heat-stable endopeptidase. 31, 2267-2270.
II. Heat-stable enzyme in serum
1. Badawi,A., El Meligui,M., Bakr,M.A., Hafiez,A.A., and Kamel,G., 1978.
Serum heat-stable alkaline phosphatase (HSAP) in pregnancies complicated
by early and late bleeding. 61, 149-160.
2. Benster,B., 1970. Serum heat-stable alkaline phosphatase in pregnancy
complicated by hypertension. 77, 990-993.
3. Hayashi,S.,
Siotsuka,Y.,
Hayashi,M.,
Sahashi,T.,
Saitho,Y.,
Kobayashi,K., and Fuju,N., 1980. [Measurement of heat-stable alkaline
phosphatase in pregnant woman's serum by an improved measuring method,
and re-investigation of its clinical significance as a parameter of placental
function (author's transl)]. 32, 793-798. 刊名？不要括弧
4. Hirano,K., Iizumi,Y., Sugiura,M., Miyazaki,J., Miki,K., Iino,S., Suzuki,H.,
and Oda,T., 1982. Differential determination of the heat-stable alkaline
phosphatase activity in serum. 30, 2105-2109.
5. Hunter,R.J., 1969. Serum heat stable alkaline phosphatase: an index of
placental function. 76, 1057-1069.
6. Holtorff,J., Justus,B., Meibbner,D., and Heinrich,H.J., 1973. [Heat-stable
alkaline phosphatase in maternal serum and the function of the placenta]. 95,
1057-1067.
7. Leroux,M. and Perry,W.F., 1970. Serum heat-stable alkaline phosphatase
in pregnancy. 108, 235-239.
8. Lieser,H., Tietze,K.W., and Rathgen,G.H., 1973. [Studies on the
significance of heat-stable alkaline phosphatase in the serum of pregnant
woman to detect fetal distress]. 33, 395-400.
9. Patel,P.S., Baxi,B.R., Adhvaryu,S.G., and Balar,D.B., 1990. Evaluation of
serum sialic acid, heat stable alkaline phosphatase and fucose as markers of
breast carcinoma. 10, 1071-1074.
10. Patel,P.S., Adhvaryu,S.G., and Balar,D.B., 1993. Clinical significance of
serum total and heat-stable alkaline phosphatase in leukemia patients. 79,
352-356.
11. Petrucco,O.M., Chellier,K., and Fishtall,A., 1973. Diagnosis of intrauterine
fetal growth retardation by serial serum oxytocinase, urinary oestrogen and
serum heat stable alkaline phosphatase (HSAP) estimations in
uncomplicated and hypertensive pregnancies. 80, 499-507.
12. Peters,T., Jr. and Davis,J.S., 1969. Serum heat-stable lactate
dehydrogenase in the diagnosis of myocardial infarction. 209, 1186-1190.
13. Pirani,B.B., MacGillivray,I., and Duncan,R.O., 1972. Serum heat stable
alkaline phosphatase in normal pregnancy and its relationship to urinary
oestriol and pregnanediol excretion, placental weight and baby weight. 79,
127-132.
2
14. Reusch,C.S. and Bunch,L.D., 1968. Heat stable LDH. Heat stable lactic
dehydrogenase in blood serum as a diagnostic method. 69, 245-248.
15. Romslo,I., Sagen,N., and Haram,K. , 1975. Serum alkaline phosphatase in
pregnancy. I. A comparative study of total, L-phenylanine-sensitive and
heat-stable alkaline phosphatase at 56 degrees C and 65 degrees C in
normal pregnancy. 54, 437-442.
16. Aleem,F.A., 1972. Total and heat-stable serum alkaline phosphatase in
normal and abnormal pregnancies. 40, 163-172.
17. Ardelt,W., Dehnhard,F., and Schussler,J., 1973. [Serum copper level and
serum heat stable alkaline phosphatase in normal and pathological
pregnancy]. 177, 188-192.
18. Aoba,H., Hariu,Y., and Yamaguchi,R., 1967. Serum heat-stable alkaline
phosphatase in normal and abnormal pregnancy. 91, 201-207.
19. Elder,M.G., 1972. Serum heat-stable alkaline phosphatase levels in normal
and abnormal pregnancy. 113, 833-837.
20. Elder,M.G., 1971. Serum heat stable alkaline phosphatase levels and their
relationship to urinary oestrogen output and fetal and placental weights. 78,
123-129.
21. Marshall,B.R. and Parisi,F., 1975. Maternal serum heat-stable alkaline
phosphatase. In normal and high-risk pregnancies. 45, 136-141.
22. Maslow,W.C., Muensch,H.A., Azama,F., and Schneider,A.S., 1983.
Sensitive fluorometry of heat-stable alkaline phosphatase (Regan enzyme)
activity in serum from smokers and nonsmokers. 29, 260-263.
23. Masuda,T., Iizuka,S., Sakata,H., Tsubata,K., and Takagi,S., 1983.
[Statistical analysis of urinary estriol (U-E3), serum leucine aminopeptidase
(LAP) and heat stable alkaline phosphatase (HSAP) in toxemia]. 35,
1585-1594.
24. Merrett,J.D. and Hunter,R.J., 1973. Serum heat stable alkaline
phosphatase levels in normal and abnormal pregnancies. 80, 957-965.
25. Muensch,H., Maslow,W., and Azama,F., 1984. Serum heat stable alkaline
phosphatase activity in smokers and non-smokers. 166, 317-325.
3
26. McCorry,R.L., Mollan,R.A., and Neely,M.R., 1974. A clinical trial of the
values of serum heat stable alkaline phosphatase estimates in predicting the
occurrence of pre-eclampsia. 81, 701-705.
27. Yamaguchi,R., Yoshida,T., Kimura,C., and Hatakeyama,Y., 1968. Serum
heat-stable alkaline phosphatase and placental function. 96, 327-331.
28. Caspi,E., Rahmani,P., Pinto,N., and Zaidman,J.L., 1975. [Serum heat
stable alkaline phosphatase in evaluation of intrauterine fetal condition]. 89,
160-163.
29. Curzen,P. and Morris,I., 1966. Serum heat-stable alkaline phosphatase in
the hypertensive disorders of pregnancy. 73, 640-646.
30. Curzen,P. and Morris,I., 1968. Heat-stable alkaline phosphatase in
maternal serum. 75, 151-157.
31. Curzen,P. and Hensel,H., 1972. Serum heat stable alkaline phosphatase
and its relationship to urinary oestrogen output, fetal and placental weight,
and placental enzyme content. 79, 23-28.
32. Curzen,P. and Varma,R., 1971. A comparison of serum heat stable alkaline
phosphatase and urinary oestrogen excretion in the mother as placental
function tests. 78, 686-690.
33. Kallioniemi,O.P., Heinonen,P.K., Pystynen,P., and Koivula,T., 1985.
Evaluation of the value of fluorometric serum heat stable alkaline
phosphatase assay in patients operated on for ovarian tumors. 6, 213-219.
34. Kapoor,U. and Mehta,H.C., 1973. Serum heat stable alkaline phosphatase
(HSAP) in the hypertensive disorders of pregnancy. 61, 749-760.
35. Karjalainen,O., Stenman,U., and Widholm,O., 1975. Urinary oestriol and
serum activities of human placental lactogen and heat stable alkaline
phosphatase as indicators of fetoplacental function. 64, 50-54.
36. Killen,D.A. and Tinsley,E.A., 1966. Serum enzymes in experimental
myocardial infarcts. Relation of blood levels of serum glutamic oxaloacetic
transaminase, lactic dehydrogenase, and heat stable lactic dehydrogenase
to size of experimental myocardial infarct. 92, 418-422.
37. Stanek,J., 1977. Colpocytograms and maternal serum placental cystine
aminopeptidase, tissue cystine aminopeptidase, alkaline phosphatase and
4
heat stable alkaline phosphatase activity in monitoring the last four weeks
before delivery in high-risk pregnancy. 21, 229-235.
38. Sanghvi,L.M., Sharma,S.K., Bordia,A., and Garg,O.P., 1970. Serum
enzymes in experimental myocardial infarction and relation of blood levels of
serum glutamic oxalacetic transaminase, total lactic dehydrogenase and
heat stable lactic dehydrogenase, to size of experimental myocardial
infarction in dogs. 24, 190-193.
39. Suonio,S., Nummi,S., Jouppila,P., and Reinila,M., 1972. Serum uric acid
in late pregnancy in normal and toxaemic patients. Comparison with the
variations in the oxytocinase, oestriol, alkaline phosphatase and heat-stable
alkaline phosphatase values. 61, 202-205.
40. Ward,H., Whyley,G.A., Fricker,E.S., and Stoten,A.E., 1973. Serum heat
stable alkaline phosphatase compared with urinary oestriol in abnormal
pregnancy. 13, 22-28.
41. Wilson,E.W., 1973. Serum heat stable alkaline phosphatase as a test of
fetal welfare: correlation with urinary oestrogen determinations. 13, 159-162.
42. Onwuameze,I.C., Onwubere,B.J., and Ezeoke,A.C., 1999. Serum
heat-stable alkaline phosphatase activity in normal pregnancy. 76, 341-343.
43. Oram,R.H. and Gane,N.F., 1973. Doubts on the value of serum heat-stable
alkaline phosphatase estimations in pregnancy. 47, 2017-2018.
44. Okpere,E., Okorodudu,A., Gbinigie,O., and Lackman,C., 1986. Is
maternal serum heat stable alkaline phosphatase an index of fetal maturity
21, 225-230.
III. The heat-stable alkaline phosphatase
1. Baertschi,U., Bader,P., Schmid,J., and Keller,P.J., 1972. [The heat-stable
alkaline phosphatase in normal and pathological pregnancies]. 212,
217-229.
2. Bean,P. and Stott,A.W., 1972. An evaluation of 2 methods for the
measurement of total and heat-stable alkaline phosphatase activity in
pregnancy. 29, 9-12.
5
3. Bognar,V.Z. and Bognar,E., 1975. [Heat-stable alkaline phosphatase
(HSAP) and fetal maturity]. 97, 271-275.
4. Harper,R.G., Feingold,E., Solish,G., and Sokal,M., 1975. Heat-stable
alkaline phosphatase in methadone-maintained pregnancies. 2, 89-99.
5. Nakayama,T. and Kitamura,M., 1975. [Microheterogeneity of heat-stable
alkaline phosphatase (author's transl)]. 23, 338-345.
6. Nozawa,S., Ohta,H., Arai,H., Izumi,S., and Kurihara,S., 1984. Heat-stable
alkaline phosphatase in normal uterus and deviation of isozyme profile
during uterine carcinogenesis. 166, 223-234.
7. Nozawa,S., Ohta,H., Izumi,S., Hayashi,S., Tsutsui,F., Kurihara,S., and
Watanabe,K., 1981. Heat-stable alkaline phosphatase in uterine cancer,
with special reference to its histochemical heat-stability and the
L-phenylalanine inhibition test. 13, 941-951.
8. Nozawa,S., Arai,H., Widjaja,T., Ohta,H., Tsutsui,F., and Kurihara,S.,
1983. [Biochemical studies on heat-stable alkaline phosphatase in uterine
cervix and endometrium]. 35, 819-826.
9. Nouwen,E.J., Buyssens,N., and De Broe,M.E., 1990. Heat-stable alkaline
phosphatase as a marker for human and monkey type-I pneumocytes. 260,
321-335.
10. Rassam,M.B., al Bashir,N.N., al Salihi,A.R., Hammash,M.H., al
Sammerai,F.T., al Ubaidi,M.A., and Waheed,I.N., 1995. Heat-stable
alkaline phosphatase. A putative tumor marker of head and neck squamous
cell carcinoma. 34, 49-52.
11. Romslo,I., 1970. [Diagnostic value of heat-stable alkaline phosphatase in
clinical enzymology]. 84, 1423-1427.
12. Roopnarinesingh,S., Morris,D., and Matadial,L., 1972. Amniotic fluid
heat-stable alkaline phosphatase in normal pregnancy and in pre-eclampsia.
79, 29-31.
13. Tan,K.K. and Aw,S.E., 1973. Immunological studies on HeLa cell
heat-stable alkaline phosphatases and their antigenic relationship with
human placental and intestinal isoenzymes. 10, 209-212.
6
14. Viecili,M., De Almeida,P.A., Auriemo,C., Dos Santos,R.D., Delascio,D.,
De,S., and De Castilho,E.A., 1980. [Heat-stable alkaline phosphatase and
total alkaline phosphatase in a group of normal pregnant women]. 96, 5-8.
15. Messer,R.H., 1967. Heat-stable alkaline phosphatase as an index of
placental function. 98 , 459-465.
16. Yamaguchi,R. and Shimozato,N., 1978. Diagnosis of placental function by
prediction curves for heat-stable alkaline phosphatase (HSAP). 124, 73-82.
17. Chang,C., Anstiss,C.L., Angellis,D., and Fishman,W.H., 1979.
Experimentally induced autoantibody to heat-stable alkaline phosphatase in
the baboon. 8, 563-579.
18. Chuang,N.N., 1990. A heat-stable alkaline phosphatase from Penaeus
japonicus Bate (Crustacea: Decapoda): a phosphatidylinositol-glycan
anchored membrane protein. 95, 165-169.
19. Soyama,K., Ono,E., Yamasawa,K., and Miwa,H., 1981. Sensitive
fluorometric detection of heat-stable alkaline phosphatase from bloodstains
for the forensic diagnosis of pregnancy. 18, 195-199.
20. Onica,D.,
Rosendahl,K.,
and
Waldenlind,L.,
1990.
Further
characterization of a heat-stable alkaline phosphatase with low sensitivity to
L-phenylalanine. 194, 193-202.
21. Oepen,I. and Kohler,W., 1977. [A photometric method for the diagnosis of
pregnancy in blood stains by determination of heat-stable alkaline
phosphatase (EC 3.1.3.1). A modification of Oya, Asano and Fuwa's
technique (author's transl)]. 79, 83-86.
22. Oya,M., Asano,M., and Fuwa,I., 1973. Quantitative estimation of
heat-stable alkaline phosphatase activity in dried blood stains and its
application to the forensic diagnosis of pregnancy. 73, 7-10.
IV. Heat-stable DNA polymerase
1. Nakajima,H., Itoh,K., Arakawa,E., Inoue,M., Mori,T., and Watanabe,H.,
1994. Degradation of a polymerase chain reaction (PCR) product by
heat-stable deoxyribonuclease (DNase) produced from Yersinia
enterocolitica. 38, 153-156.
7
2. Arpigny,J.L., Jendrossek,D., and Jaeger,K.E., 1998. A novel heat-stable
lipolytic enzyme from Sulfolobus acidocaldarius DSM 639 displaying
similarity to polyhydroxyalkanoate depolymerases. 167, 69-73.
3. Mattila,P., Korpela,J., Tenkanen,T., and Pitkanen,K., 1991. Fidelity of
DNA synthesis by the Thermococcus litoralis DNA polymerase--an
extremely heat stable enzyme with proofreading activity. 19, 4967-4973.
4. Ye,S.Y. and Hong,G.F., 1987. Heat-stable DNA polymerase I large
fragment resolves hairpin structure in DNA sequencing. 30, 503-506.
V. Heat-stable proteases
1. Durham,D.R., Stewart,D.B., and Stellwag,E.J., 1987. Novel alkaline- and
heat-stable serine proteases from alkalophilic Bacillus sp. strain GX6638.
169, 2762-2768.
2. Fu,Z., Hamid,S.B., Razak,C.N., Basri,M., Salleh,A.B., and Rahman,R.N.,
2003. Secretory expression in Escherichia coli and single-step purification of
a heat-stable alkaline protease. 28, 63-68.
3. Hamdaoui,A., Schoofs,L., Wateleb,S., Bosch,L.V., Verhaert,P.,
Waelkens,E., and De Loof,A., 1997. Purification of a novel, heat-stable
serine protease inhibitor protein from ovaries of the desert locust,
Schistocerca gregaria. 238, 357-360.
4. Jackman,D.M., Bartlett,F.M., and Patel,T.R., 1983. Heat-stable proteases
from psychrotrophic pseudomonads: comparison of immunological
properties. 46, 6-12.
5. Lin,S.J., Yoshimura,E., Sakai,H., Wakagi,T., and Matsuzawa,H., 1999.
Weakly bound calcium ions involved in the thermostability of aqualysin I, a
heat-stable subtilisin-type protease of Thermus aquaticus YT-1. 1433,
132-138.
6. Patel,T.R., Jackman,D.M., and Bartlett,F.M., 1983. Heat-stable protease
from Pseudomonas fluorescens T16: purification by affinity column
chromatography and characterization. 46, 333-337.
8
7. Matta,H. and Punj,V., 2000. An immunoassay for detection of heat-stable
proteases from thermoduric psychrotrophic Bacillus spp. of dairy origin. 155,
197-203.
8. Mayerhofer,H.J., Marshall,R.T., White,C.H., and Lu,M., 1973.
Characterization of a heat-stable protease of Pseudomonas fluorescens P26.
25, 44-48.
9. Chopra,A.K. and Mathur,D.K., 1985. Purification and characterization of
heat-stable proteases from Bacillus stearothermophilus RM-67. 68,
3202-3211.
10. Kim,D.W., Lee,Y.C., and Matsuzawa,H., 1997. Role of the COOH-terminal
pro-sequence of aqualysin I (a heat-stable serine protease) in its
extracellular secretion by Thermus thermophilus. 157, 39-45.
11. Whipp,S.C., 1987. Protease degradation of Escherichia coli heat-stable,
mouse-negative, pig-positive enterotoxin. 55, 2057-2060.
12. Wilkesman,J. and Schroder,H.C., 2002. Heat-stable protease from the
marine sponge Geodia cydonium. 48, 379-383.
VI. Isolation heat-stable enzyme
1. Battistoni,A. and Rotilio,G., 1995. Isolation of an active and heat-stable
monomeric form of Cu,Zn superoxide dismutase from the periplasmic space
of Escherichia coli. 374, 199-202.
2. Fox,P.F. and Stepaniak,L., 1983. Isolation and some properties of
extracellular heat-stable lipases from Pseudomonas fluorescens strain AFT
36. 50, 77-89.
3. Peters,S.P., Coffee,C.J., Glew,R.H., Lee,R.E., Wenger,D.A., Li,S.C., and
Li,Y.T., 1977. Isolation of heat-stable glucocerebrosidase activators from the
spleens of three variants of Gaucher's disease. 183, 290-297.
4. Rudiger,A., Jorgensen,P.L., and Antranikian,G., 1995. Isolation and
characterization of a heat-stable pullulanase from the hyperthermophilic
archaeon Pyrococcus woesei after cloning and expression of its gene in
Escherichia coli. 61, 567-575.
9
5. Stepaniak,L. and Fox,P.F., 1985. Isolation and characterization of heat
stable proteinases from Pseudomonas isolate AFT 21. 52, 77-89.
6. Stepaniak,L., Fox,P.F., and Daly,C., 1982. Isolation and general
characterization of a heat-stable proteinase from Pseudomonas fluorescens
aft 36. 717, 376-383.
VII. Heat-stable lipase
1. Fox,P.F. and Stepaniak,L., 1983. Isolation and some properties of
extracellular heat-stable lipases from Pseudomonas fluorescens strain AFT
36. 50, 77-89.
2. Rath,C.C., 1999. Heat stable lipase activity of thermotolerant bacteria from
hot springs at Orissa, India. 99, 105-111.
3. Akisue,T., Jinnai,H., Hitomi,T., Miwa,N., Yoshida,K., and Nakamura,S.,
1998. Purification of a heat-stable activator protein for ADP-ribosylation
factor-dependent phospholipase D. 422, 108-112.
4. Kurashige,S., Hara,Y., Kawakami,M., and Mitsuhashi,S., 1966. Studies
on Habu snake venom. VII. Heat-stable myolytic factor and development of
its activity by addition of phospholipase A. 10, 23-31.
5. Koka,R.A. and Weimer,B.C., 2001. Influence of growth conditions on
heat-stable phospholipase activity in Pseudomonas. 68, 109-116.
6. Severson,D.L. and Sloan,S.K., 1977. Inhibition of the reversible
deactivation of chicken adipose tissue hormone-sensitive lipase by
heat-stable proteins from adipose tissue and skeletal muscle. 79,
1045-1050.
7. Ory,R.L., Kircher,H.W., and Altschul,A.M., 1967. Separation of a
heat-stable protein activator for the castor bean lipase. 147, 200-207.
10