Abstract Title, 14 Pt. Bold, Times New Roman

Abstract Title, 14 Pt. Bold, Times New Roman

<p> ABSTRACT TITLE, 14 PT. BOLD, TIMES NEW ROMAN</p><p>K. Kumar1, N. K. Sharma1 and P. Suryaprakash2*(12 Point)</p><p>1Author’s affiliation, City, Country (italicized in 10-point) 2Author’s affiliation, City, Country (italicized in 10-point) Email: (corresponding author)</p><p>Following is a description of abstract submission format and guideline for ICCGBC 2014, SASTRA University, Thanjavur, India. You can directly use this template without changing the form. </p><p>Sheet is 21.0 cm x 29.7 cm (A4), with the margin of 2.54 cm in all sides.</p><p>Abstract should not exceed one page. </p><p>Title should be centred with Times New Roman font in 14-point, boldface type, capital letter.</p><p>Author name(s) should be below the title in 12-point type, capitalize each word, with the author’s name and surname/initials. Mark the presenting author with an asterisk.</p><p>Affiliations and corresponding author’s e-mail address are italicized in 10-point type. Affiliations are given as department and institution names with City, Postal code, and Country names.</p><p>Text is Times New Roman font in 12-point, justified with 1.0 line spacing. References should be below the text in 10-point types. Tables, figures and photographs should preferably not be included in the abstract.</p><p>File must be named as with the first name of the first author (Ex. Bharath.doc). If the author submits more than one abstract it should be numbered accordinly (Ex. Bharath1.doc, Bharath2.doc)</p><p>: registration number (i.e., iccgbc_267). If more than one abstract is presented by the same author, an alphabetical letter should follow the session code (i.e., iccgbc_267a; iccgbc_267b).</p><p>Please pay attention to the rules for preparing your abstract.</p><p>Refereces </p><p>Emsley, P. and Cowtan, K. (2004). Coot: model-building tools for molecular graphics., Acta Cryst. D60, 2126– 2132.</p><p>McElroy, H. E., Sission, G. W., Schoettlin, W. E., Aust, R. M. and Villafranca, J. E. (1992). Studies on engineering crystallizability by mutation of surface residues of human thymidylate synthase., J. Cryst. Growth, 122, 265–272.</p>

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