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exaly › Authors › Peter A Campochiaro › School Rankings

Peter A Campochiaro

Ophthalmology; Biology

280(top 0.4%)

papers

23,822(top 0.3%, rank 7K)

citations

82(top 0.2%, rank 3.4K)

h-Index

988

rankings

287(top 0.4%)

extended papers

26,524(top 0.3%, rank 7K)

extended citations

86(top 0.2%, rank 3.8K)

extended h-Index

7.4

avg. Impact Factor

Filter by: Citations (Lifetime) | Paper Citations (lifetime) | Citations (year) | Paper Citations (year) | Publications (Lifetime) | Publications (year)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2000)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2003)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2004)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2005)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2006)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2007)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2008)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2010)

1^st most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2000)

1^st most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2004)

1^st most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2006)

1^st most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2008)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (Lifetime)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2000)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2001)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2003)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2004)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2010)

1^st most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2011)

1^st most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2010)

1^st most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2011)

1^st most cited author in Department of Ophthalmology [Johns Hopkins School of Medicine] (Lifetime)

1^st most published author in Department of Ophthalmology [Johns Hopkins School of Medicine] (Lifetime)

1^st most published author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2004)

1^st most published author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2006)

1^st most published author in Department of Ophthalmology [Johns Hopkins School of Medicine] (2007)

1^st most published author in Department of Neuroscience [Johns Hopkins School of Medicine] (2004)

1^st most published author in Department of Neuroscience [Johns Hopkins School of Medicine] (2007)

2^nd most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2003)

2^nd most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2005)

2^nd most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (2007)

2^nd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (1999)

2^nd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2005)

2^nd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2009)

2^nd most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2001)

2^nd most published author in Department of Neuroscience [Johns Hopkins School of Medicine] (Lifetime)

3^rd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2002)

3^rd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2013)

4^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2016)

4^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2000)

4^th most cited author in Department of Neuroscience [Johns Hopkins School of Medicine] (Lifetime)

5^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2006)

5^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2008)

6^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2007)

7^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2015)

7^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2020)

8^th most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2014)

9^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2002)

10^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (1999)

10^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2013)

11^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2004)

13^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2003)

13^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2006)

15^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2007)

17^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2020)

20^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (Lifetime)

20^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2009)

21^st most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2005)

23^rd most cited paper in Department of Ophthalmology [Johns Hopkins School of Medicine] (2019)

23^rd most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2014)

26^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2008)

75^th most cited paper in Department of Neuroscience [Johns Hopkins School of Medicine] (2019)

86^th most published author in School of Medicine [Johns Hopkins University] (2021)

What are extended values?

The database is not yet complete for disciplines relying on conferences and books.

extended values cover more materials other than journal articles but not exhaustive. The other values are limited to peer-reviewed articles only. However, we never count abstracts, patents, working papers, or unpublished documents.

top superscripts indicate the percentile among 4.9 million authors. rank refers to the rank rounded to 1,000 (K) or 1,000,000 (M).

rankings refers to the number of categories in which the author has been ranked.

Institutions

The institutions represents the author's most used affiliation, not necessarily the current affiliation

What is the basis of rankings?

most cited author: sum of citations of the author

most cited paper: citations of a single paper

most published author: the number of papers

Is everything ranked?

To avoid high rankings for small journals, certain thresholds should be met for inclusion.

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