From Gene to Protein: Prostatic Acid Phosphatase: Structure and Expression of Gene and Protein. Piotr Laidler, Radoslawa Kuciel, Joanna Dulinska, Dorota Gil, ...
MOLECULAR BIOLOGY EDUCATION Vol. 33, No. 2, p. 147, 2005
Additions and Corrections
Vol. 32 (2004) 400 – 409 From Gene to Protein: Prostatic Acid Phosphatase: Structure and Expression of Gene and Protein Piotr Laidler, Radoslawa Kuciel, Joanna Dulinska, Dorota Gil, Aleksandra Mazurkiewicz, and Maria Wro´bel Page 405– 406: An error appeared in the citations. The sentence should read as follows:
Using Rasmol, in each of the protein subunits the students locate the amino acids that form catalytic centers (Arg11, His12, Gly13, Arg15, Arg79, Trp174, His257, Asp258 [18, 25]) and find the relation between the proposed mechanism of catalysis (Fig. 5) [18], action of the inhibitor, and the three-dimensional structure of the crystallized protein [10, 11]. Page 406: An error appeared in the citation in the legend for Fig. 5: The sentence should read:
Postulated mechanism for catalysis by acid phosphatases of high molecular mass [18, 25]. Page 406: Two sentences were omitted from the legend to Fig. 6. The legend should read:
The structure of the hPAP dimer (A) and the catalytic center of enzyme (B). From a laboratory report. Prepared by the student in RASMOL program on the basis of the Protein Data Bank. Page 408: An error appeared in the citation in point 6 of TOPICS FOR DISCUSSION WITH STUDENTS. The sentence should read:
Competition of substrate and inhibitor [11, 18, 31–35].
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