Manuscript templates

Publishing with ACS For ACS journals, templates can be accessed at http //paragon.acs.org/paragon/index.jsp (see "Download Manuscript Templates"). For ACS proceedings books, templates are available at http //pubs.acs.org/books/authorinfo.shtml (see "Request instructions on how to prepare your camera-ready manuscript"). 

This set of experiments can be easily completed within four sessions of a 3h laboratory period, or it can be an extended laboratory that would include more independent research. We suggest having the students work in pairs, and the work plan along with the division of tasks should be clearly laid out by the team in a prelaboratory session. We also suggest that the students download the manuscript template from the Inorganic Chemistry iaamzl website for the preparation of their reports. The list of questions contains ideas to incorporate into the introduction and the discussion of results. 

The stereocontroUed syntheses of steroid side chains for ecdysone, cmstecdysone, brassinoHde, withanoHde, and vitamin D have been reviewed (185). Also, other manuscripts, including reviews on the partial synthesis of steroids (186), steroid dmgs (187—189), biologically active steroids (190), heterocychc steroids (191), vitamin D (192), novel oxidations of steroids (193), and template-directed functionali2ation of steroids (194), have been pubhshed. 

H., Lang, B. Auten, and B. D. Chandler, Support effects on dendrimer templated Pt-Au catalysts 1 Deposition and infrared spectroscopy, J. Catal, manuscript in preparation (2004). 

I would like to thank my students who have played a crucial part in the rapid progress that we have made on the role of template-mediated synthesis of hemozoin. I would also like to thank Professor D. Scott Bohle for providing a preprint of the most recent powder diffraction model of hemozoin and for reading sections of this manuscript prior to submission. Without his assistance and cooperation, this review would have been instantly out of date. I would also like to thank the Research Corporation, the Hunkele Charitable Trust of Pittsburgh, the National Foundation of Infectious Diseases, and Duquesne University for financial support of this work. 

I acknowledge Jennifer Doudna, Michael Famulok, and Jack Szostak for helpful discussions during the preparation of the manuscript, and David Bartel for insights into the importance of fidelity in template-directed polymerizations. 

An extremely important step is to check the specific requirements of the publication targeted and follow them. Some publishers provide templates that help authors produce manuscripts in the requested format. Templates are also useful in making sure that the manuscript is not too long. Most editors require revisions of manuscripts that are not in their requested format. Thus, not following a publication s requirements can delay publication and make more work for authors. 

We thank the collaborative research center SFB 624 Templates at the University of Bonn for continuous support. This work has been financially supported by the German research council DFG (SFB 624 and SFB 436) and by the Fonds der Chemischen Industrie (FCI). M.R. thanks the FGI for a Dozentenstipendium. We are grateful to Prof. Ghristoph Schalley, Dr. Johannes Neugebauer and Dr. Werner Reckien for comments on earlier versions of this manuscript. 

In addition, we have recently described a procedure for controlling the morphologies of electronically conductive polymers (32). This procedure involves the electrochemical growth of the conductive polymer at an electrode surface which has been masked with a microporous polymer membrane. The pores in this membrane act as templates for the nascent electronically conductive polymer. Because the template membrane contains linear cylindrical pores, cylindrical conductive polymer fibrils are obtained (32). We will show in this manuscript that microfibrillar polypyrrole films prepared via this approach can support higher rates of charge-transport than conventional polypyrrole. 

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