I know the following paper (Molecular resolution of cell adhesion forces, 2004) is not in a first-class journal; how can I promote it to get it cited more often?
I found it, for example, cited in a current, i.e. 2014, PhD thesis in immunology from Calgary, Canada, just between the citation of a Nobel prize winner (Binnig) and a Science-paper (Evans):
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130. Binnig, G., C.S.F. Quate, and C. Gerber, Atomic force microscope. Phys Rev Lett, 1986. 56 (9): p. 930-933.
131. Eibl, R.H. and M. Benoit, Molecular resolution of cell adhesion forces. IEE Proc Nanobiotechnol, 2004. 151(3): p. 128-32.
132. Evans, E.A. and D.A. Calderwood, Forces and bond dynamics in cell adhesion. Science, 2007. 316 (5828): p. 1148-53.
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Unfortunately, the biophysics lab in Munich, Germany, where I invested unpaid years in creating and establishing my exclusive project to measure lymphocyte homing molecules on living normal and metastatic cells (my former experience from Stanford University in a Nobel-equivalent winner's lab) at the so-called single-molecule with AFM (the expertise of the Munich biophysics lab) fully overtook my project to promote many others - and meanwhile gets a lot of funding on such projects in which I dedicated my scientific interests.
I am happy to see that scientists, who I do not know personally, cite my paper, not only in Canada, but also in many other countries (many in China), but unfortunately citations in textbooks and PhD theses do not count on Science Citation Index (other papers have been cited over 1300 times, but this really scientific, pioniering work is not cited often).
I would be happy to see this original paper cited more often. Of course at that time we had about 5 papers on the lymphocyte homing process in preparation, but with the leak-out of my project to another lab and some trouble the lab had with students, including a not finishing (very good and responsible female) PhD student, the only person I had allowed to use a part of my project, the 5 other manuscripts could never be finished. So I had to publish this small paper to clearly demonstrate:
I was the very first to measure VLA4 interactions between two living cells at the single-molecule level. To the best of my knowledge today, I also was the first to measure at the so-called single-molecule level the activation of any integrin by any chemokine on any living cell type (VLA4/VCAM1; SDF1=CXCL12; lymphoma cell; near-physiologic conditions of temperature und pH !).
In using blocking monoclonal antibodies I also showed the specificity of my cell adhesion measurements.
I would be happy if others could cite this paper in original manuscripts.
Article Molecular resolution of cell adhesion forces