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Cell Genet. 25, 14fb150. &net. 8, 111-113. by acrylamide electrophoresis
S. Rosenfeld, L. Weitkamp, F. Ward (1977)
Hereditary C5 deficiency in man: genetic linkage studies.Journal of immunology, 119 2
Cedric Smith, E. Sturt (1976)
The peak of the likelihood curve in linkage testingAnnals of Human Genetics, 39
Pearson Pearson, Roderick Roderick, Davisson Davisson, Lalley Lalley, O'Brien O'Brien (1982)
Report of the committee on comparative mappingCytogenet. Cell Genet., 32
Shokeir Shokeir, Shreffler Shreffler (1970)
Two new ceruloplasmin variants in Negroes‐data on three populationsBiochem. Genet., 4
D. Warburton, R. Pearson (1976)
Report of the committee on comparative mapping.Birth defects original article series, 12 7
L. Weitkamp, L. Pardue, R. Huntzinger (1980)
Genetic marker studies in a family with unipolar depression.Archives of general psychiatry, 37 10
Shreffler Shreffler, Brewer Brewer, Gall Gall, Honeyman Honeyman (1967)
Electrophoretic variation in human serum ceruloplasmin: a new genetic polymorphismBiochem. Genet., 1
Y. Arad, T. Mayer, D. Arvan (1981)
Isoelectric focusing of hemoglobins on thin-layer agarose.American journal of clinical pathology, 76 2
L. Weitkamp, G. Stamatoyannopoulos, P. Rowley, R. Kirk (1977)
The linkage relationships of the haemoglobin beta, delta and alpha loci with 34 genetic marker systemsAnnals of Human Genetics, 41
(1977)
Distances within chromosome 1: some lod scores between Tf
O. Smithies (1959)
Zone electrophoresis in starch gels and its application to studies of serum proteins.Advances in protein chemistry, 14
D. Bootsma, P. McAlpine, U. Francke, L. Weitkamp, T. Shows, A. Chapelle, O. Miller, M. Ferguson-Smith, A. Westerveld, V. McKusick, J. Edwards, D. Steffensen, J. Gosden, P. Pearson, T. Roderick, M. Davisson, J. Garver, D. Warburton, P. Lalley, S. O'Brien, C. Alper, M. Dorf, T. Douglas, T. Huisman, S. Kit, H. Klinger, C. Kozak, D. Lindsley, J. McDougall, P. Khan, M. Meisler, N. Morton, J. Opitz, C. Partridge, R. Payne, P. Cook, J. Hamerton, E. Robson, P. Rubinstein, F. Ruddle, M. Shaw, J. Spranger, K. Weiss (1979)
Abstracts of meeting presentations (Part 2 of 5)Cytogenetic and Genome Research, 25
McCombs Ml, Bowman Bh (1969)
Demonstration of inherited ceruloplasmin variants in human Serum by acrylamide electrophoresis.Texas reports on biology and medicine, 27
E. Robson, I. Sutherland, H. Harris (1966)
Evidence for linkage between the transferrin locus (Tf) and the serum cholinesterase locus (El) in manAnnals of Human Genetics, 29
J. Constans, P. Kühnl, M. Viau, W. Spielmann (1980)
A new procedure for the determination of transferrin C (Tf C) subtypes by isoelectric focusing. Existence of two additional alleles, Tf C4 and Tf C5.Human genetics, 55 1
Larsen Larsen (1977)
On linkage relations of ceruloplasmin polymorphism (Cp) in cattleAnim. Blood grpsbiochem. Genet., 8
G. Beckman, L. Beckman, C. Sikström (2009)
Transferrin C subtypes in different ethnic groups.Hereditas, 92 2
Constans Constans, Kuhnl Kuhnl, Viau Viau, Spielmann Spielmann (1980)
A new procedure for the determination of transferrin (Tf c ) subtypes by isoelectric focusingHum. Genet., 55
Eiberg Eiberg, Mohr Mohr (1979)
Distances within chromosome 1: some lod scores between Tf, CHE1, POD, Rh, UMPK, PGM1, AMY1 and 2 , and Fy. CytogenetCell Genet., 25
Summary Lod score analysis indicates probable linkage between the loci for transferrin and ceruloplasmin at a recombination frequency of approximately 10–15%. This human linkage relationship is homologous to one previously reported for cattle.
Annals of Human Genetics – Wiley
Published: Oct 1, 1983
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