Reference List of Nelson-Rees,W.A. on the cross-culture contaminations.

last update: 2001/07/16

1.Nelson-Rees,W.A., Darby,N.B., Jr., and Siegel,S.T. Clonal derivatives of a bovine kidney cell line (MDBK) and continuing preservation of total chromosomal material, Chromosoma, 18: 70-78, 1966.

    Reference ID: 5202

2.Nelson-Rees,W.A., Kniazeff,A.J., and Darby,N.B., Jr. Chromatin bridges and origin of multinucleate cells in a bovine testicular cell line, Cytogenetics., 5: 164-178, 1966.

    Reference ID: 5203

3.Nelson-Rees,W.A., Kniazeff,A.J., and Darby,N.B.Jr. Debut and accumulation of centric fusion products: an index to age of certain cell lines, Cytogenetics, 6: 436-450, 1967.

    Notes: Refer ID# 2956.
    Reference ID: 2632

4.Nelson-Rees,W.A., Kniazeff,A.J., Malley,R.L., and Darby,N.B., Jr. On the karyotype of the tahr Hemitragus jemlahicus and the Y-chromosome of goats and sheep, Chromosoma, 23: 154-161, 1967.

    Reference ID: 5200

5.Nelson-Rees,W.A., Kniazeff,A.J., and Darby,N.B.Jr. Debut and accumulation of centric fusion products: An index to age of certain cell lines, Cytogenetics, 6: 436-450, 1967.

    Notes: The Ch1Es (NBL-8) cell line was initiated by Kniazeff,A.J. et al from the trypsinized esophagus of a 2/3 term, male goat fetus. Fourteen cell lines drived from cattle (Bos taurus), sheep (Ovis aries), goat (Capra bircus) and dog (Canis familiaris) were studied at various passage levels and compared chromosomally. Of these lines, those derived from the three species of Bovidae showed a similar pattern in acquisition, maintenance and increase in numbers of unusual atelocentric chromosomes with passages in mitro, while the dog cell line appeared to follow a defferent pattern.
    Reference ID: 2956

6.Theilen,G.H., Rush,J.D., Nelson-Rees,W.A., Dungworth,D.L., Munn,R.J., and Switzer,J.W. Bovine leukemia: establishment and morphologic characterization of continuous cell suspension culture, BL-1, J. Natl. Cancer Inst., 40: 737-749, 1968.

    Reference ID: 2451

7.Nelson-Rees,W.A. Chromosomes of the murine leukemia virus indicator cell line XC, Chromosoma, 31: 51-60, 1970.

    Reference ID: 5198

8.Klement,V., Freedman,M.H., McAllister,R.M., Nelson-Rees,W.A., and Heubner,R.J. Differences in susceptibility of human cells to mouse sarcoma virus, J. Natl. Cancer Inst., 47: 65-73, 1971.

    Reference ID: 5197

9.McAllister,R.M., Nelson-Rees,W.A., Johnson,E.Y., Rongey,R.W., and Gardner,M.B. Disseminated rhabdomyosarcomas formed in kittens by cultured human rhabdomyosarcoma cells, J. Natl. Cancer Inst., 47: 603-611, 1971.

    Reference ID: 5196

10.Scher,C.D. and Nelson-Rees,W.A. Direct isolation and characterization of "flat" SV40-transformed cells, Nat. New Biol., 233: 263-265, 1971.

    Reference ID: 5195

11.Nelson-Rees,W.A., Hooser,L.E., and Hackett,A.J. Chronic poliovirus infection of cocultivated monkey cells harboring the Mason-Pfizer monkey virus, J. Natl. Cancer Inst., 49: 713-725, 1972.

    Reference ID: 5191

12.Nelson-Rees,W.A., Weaver,J., and Riggs,J.L. Chromosomes of two strains of a feline cell line (F 1 B) permanently shedding a C-type virus, Proc. Soc. Exp. Biol. Med., 139: 6-9, 1972.

    Reference ID: 5194

13.Nelson-Rees,W.A., McAllister,R.M., and Gardner,M.B. Clonal aspects of the C-type virus-releasing cells of a cultured human rhabdomyosarcoma line (RD 114) in vitro, Nat. New Biol., 236: 147-149, 1972.

    Reference ID: 5193

14.Rabin,H., Theilen,G.H., Sarma,P.S., Dungworth,D.L., Nelson-Rees,W.A., and Cooper,R.W. Tumor induction in squirrel monkeys by the ST strain of feline sarcoma virus, J. Natl. Cancer Inst., 49: 441-450, 1972.

    Reference ID: 5192

15.Crandell,R.A., Fabricant,C.G., and Nelson-Rees,W.A. Development, characterization, and viral susceptibility of a feline (Felis catus) renal cell line (CRFK), In Vitro Cell Dev. Biol., 9: 176-185, 1973.

    Reference ID: 2636

16.Nelson-Rees,W.A., Klement,V., Peterson,W.D., Jr., and Weaver,J.F. Comparative study of two RD 114 virus-indicator cell lines, KC and KB, J. Natl. Cancer Inst., 50: 1129-1135, 1973.

    Reference ID: 5188

17.Nelson-Rees,W.A. and Scher,C.D. Chromosomes of viral-transformed BALB-c-3T3 cells, Bibl. Haematol., 39:524-35.: 524-535, 1973.

    Reference ID: 5189

18.Rabin,H., Theilen,G.H., Dungworth,D.L., Sarma,P.S., Nelson-Rees,W.A., and Cooper,R.W. Continuing studies of feline sarcoma virus-induced tumors in nonhuman primates, Bibl. Haematol., 39:244-50.: 244-250, 1973.

    Reference ID: 5190

19.Arnstein,P., Taylor,D.O., Nelson-Rees,W.A., Huebner,R.J., and Lennette,E.H. Propagation of human tumors in antithymocyte serum-treated mice, J. Natl. Cancer Inst., 52: 71-84, 1974.

    Reference ID: 5185

20.Benirschike,K., Bogart,M.H., McClure,H.M., and Nelson-Rees,W.A. Fluorescence of the trisomic chimpanzee chromosomes, J. Med. Primatol., 3: 311-314, 1974.

    Reference ID: 5186

21.Nelson-Rees,W.A., Zhdanov,V.M., Hawthorne,P.K., and Flandermeyer,R.R. HeLa-like marker chromosomes and type-A variant glucose-6-phosphate dehydrogenase isoenzyme in human cell cultures producing Mason-Pfizer monkey virus-like particles, J. Natl. Cancer Inst., 53: 751-757, 1974.

    Reference ID: 5182

22.Nelson-Rees,W.A., Flandermeyer,R.R., and Hawthorne,P.K. Banded marker chromosomes as indicators of intraspecies cellular contamination, Science, 184: 1093-1096, 1974.

    Notes: Chromosome banding revealed marker chromosomes characteristic of HeLa cells in cultures designated HEK. HEK/HRV, HBT-3, HBT-39B, MA160, and a strain of SA-4TxS-HuSa. Other HeLa cell characteristics found were glucose-6-phosphate dehydrogenase type A mobility and lack of the Y chromosome.
    Reference ID: 374

23.Rasheed,S., Nelson-Rees,W.A., Toth,E.M., Arnstein,P., and Gardner,B. Characterization of a newly derived human sarcoma cell line (HT-1080), Cancer, 33: 1027-1033, 1974.

    Notes: A tumor cell line was derived from the fibrosarcoma of a 35-year-old Caucasian man who died without having received chemotherapy or radiotherapy. The in vitro growth properties and transplantability into antithymocytic sera treated mice were characteristic of these malignant cells. An aberrant karyology with marker chromosomes was present. No virus particles were detected.
    Reference ID: 2410

24.Lieber,M., Mazzetta,J., Nelson-Rees,W.A., Kaplan,M., and Todaro,G. Establishment of a continuous tumor-cell line (panc-1) from a human carcinoma of the exocrine pancreas, Int. J. Cancer, 15: 741-747, 1975.

    Notes: An epithelioid cell line, started from a human pancreatic carcinoma of ductal cell origin, has been maintained in culture for over 2 years and has been subcultured more than 40 times. The PANC-1 cell line has a doubling time of 52 h and G6PD activity of the slow mobility of B type. Chromosome studies show a modal number of 63 with three distinct marker chromosomes and a small ring chromosome. The malignant nature of the PANC-1 cell line was verified by: (1) the ready growth of PANC-1 cells in soft agar and on top of a fibroblast monolayer; and (2) the formation of a progressively growing anaplastic carcinoma after injection of a nude-athymic mouse with PANC-1 cells
    Reference ID: 2635

25.McAllister,R.M., Nelson-Rees,W.A., Peer,M., Laug,W.E., Isaacs,H., Jr., Gilden,R.V., Rongey,R.W., and Gardner,M.B. Childhood sarcomas and lymphomas. Characterization of new cell lines and search for type-C virus, Cancer, 36: 1804-1814, 1975.

    Reference ID: 5179

26.Nelson-Rees,W.A., Flandermeyer,R.R., and Hawthorne,P.K. Distinctive banded marker chromosomes of human tumor cell lines, Int. J. Cancer, 16: 74-82, 1975.

    Notes: Nine human tumor cell lines (five breast carcinomas and four sarcomas) have been studied and each revealed groups of distinctive banded marker chromosomes which can serve to identify them and aid in monitoring cell line specificity. This was possible neither by conventional karyology in terms of numbers and morphology of chromosomes nor by glucose-6-phosphate- dehydrogenase mobility which was type B for all cultures. The significance of the clonal nature of the cell lines is discussed
    Reference ID: 2600

27.Rhim,J.S., Park,D.K., Arnstein,P.A., Huebner,R.J., Weisburger,E.K., and Nelson-Rees,W.A. Transformation of human cells in culture by N-methyl-N'-nitro-N-nitrosoguanidine, Nature, 256: 751-753, 1975.

    Notes: The development of in vitrocell culture systems in which healthy cells can be transformed (converted to malignant cells)by chemicals, and detailed stkudies of the interaction of chemical carcinogens (or their activated forms) and cells, have aided the study of chemical carcinogenesis. In vitro chemical transformationof various rodent cells has been well established. Many attempts have been made to transform various cultured normal or genetically abnormal human cells with chemical carcinogens without sucdess. We have tried to transform human cells from both normal and abnormal individuals and as has been the experience of others, have failed to observe any changes in such cultures
    Reference ID: 1474

28.Rhim,J.S., Cho,H.Y., Vernon,M.L., Arnstein,P., Huebner,R.J., Gilden,R.V., and Nelson-Rees,W.A. Characterization of non-producer human cells induced by Kirsten sarcoma virus, Int. J. Cancer, 16: 840-849, 1975.

    Notes: Non-producer (NP) human cells induced by the Kirsten sarcoma virus were characterized. These morphologically altered NP cells produced neither infectious virus nor complement-fixing antigens of the murine sarcoma-leukemia virus complex. The NP cells did not release RNA-dependent DNA polymerase and thpe-C virus particles with a density of approximately 1.15 g/ml in sucrose gradients by 3H-uridine labelling. The NP cells produced tumors when transplanted subcutaneously into a thymic nude mice. The tumor cells re-established in culture resembled the original NP cells, were confirmed as human cells by karyological analysis and were also found to be "non-producer". The sarcoma virus genome in NP cells could be rescued not only by co-cultivation with "helper virus"-releasing cells but also by superinfection with helper type-C viruses.
    Reference ID: 2228

29.Lieber,M., Smith,B., Szakal,A., Nelson-Rees,W.A., and Todaro,G.J. A continuous tumor-cell line from a human lung carcinoma with properties of type II alveolar epitheleal cells, Int. J. Cancer, 17: 62-70, 1976.

    Notes: The A549 tumor-cell line, initiated from a human alveolar cell carcinoma, has been vontinuously porpagated in vitro for more than 3 years (more than 1,000 cell generations). Thses cells have a human karyotype and appear to have been derived from a single parent cell. All A549 cells examined by electron microscopy at both early and late passage levels contain multilamellar cytoplasmic inclusion bodies typical of those found in type II alveolar epithelial cells of the lung. At early and late passage levels, the cells synthesize lecdithin with a high percentage of disaturated fatty acids utilizing the cytidine diphosphocholine pathway; such a pattern of phospholipid synthesis is expected for cells believed to be responsible for pulmonary surfactant synthesis.
    Reference ID: 1867

30.Nelson-Rees,W.A. and Flandermeyer,R.R. Inter- and intraspecies contamination of human breast tumor cell lines HBC and BeCa5 and other cell culture., Science, 195: 1343-1344, 1976.

    Reference ID: 1001

31.Nelson-Rees,W.A. and Flandermeyer,R.R. HeLa cultures defined, Science, 191: 96-98, 1976.

    Reference ID: 381

32.Nelson-Rees,W.A., Owens,R.B., Arnstein,P., and Kniazeff,A.J. Source, alterations, characteristics and use of a new dog cell line (Cf2Th), In Vitro Cell Dev. Biol., 12: 665-669, 1976.

    Notes: A cell line derived from normal fetal canine thymus (Cf2Th) has been in culture since 1967. During cultivation the cells have changed morphologically from a fibroblast-like to flat, fusiform appearance and karyologically from diploid (2n=78) with 76 telocentric autosomes to hypodiploid with newly formed atelocentric chromosomes. The cells retain canine characteristic enzyme activity (G6PD and LDH) as well as cell membrane fluorescence and are free of mycoplasma. High passage cells produce tumors in ATST mice. No endogenous viruses have been detected in these cells. No original publication exists, to date, on the origin of this line, but seed stocks thereof have been distributed to many laboratories and the cells have served as experimental substrates in a number of published works on oncology albeit under different designations. The present information is offered in order to establish the provenance of this valuable cell line and to list characteristics which may serve to monitor for its purity and to distinguish it from other existing cell lines of dog origin also in common use
    Reference ID: 2510

33.Nelson-Rees,W.A. Letter: A human squamous cell carcinoma cell line, Cancer Res, 36: 1849-1850, 1976.

    Reference ID: 5174

34.Owens,R.B., Smith,H.S., Nelson-Rees,W.A., and Springer,E.L. Epithelial cell cultures from normal and cancerous human tissues, J. Natl. Cancer Inst., 56: 843-847, 1976.

    Notes: Thirty epithelial cell strains were isolated from human carcinomas and normal epithelial tissues by collagenase digestion and selective removal of fibroblasts with trypsin-Versene. Most strains were obtained from metastatic carcinomas or epithelia of the urinary and intestinal tracts. The success rate for growth of both neoplastic and normal tissues (excluding skin) was 38%. Six of these strains showed gross morphologic and chromosome changes typical of malignant cells. Nine resembled normal epithelium. The other 15 exhibited some degree of morphologic change from normal
    Reference ID: 419

35.Smith,H.S., Owens,R.B., Hiller,A.J., Nelson-Rees,W.A., and Johnston,J.O. The biology of human cells in tissue culture. I. Characterization of cells derived from osteogenic sarcomas, Int. J. Cancer, 17: 219-234, 1976.

    Reference ID: 5177

36.Springer,E.L., Hackett,A.J., and Nelson-Rees,W.A. Alteration of the cell membrane architecture during suspension and monolayer culturing, Int. J. Cancer, 17: 407-415, 1976.

    Reference ID: 5176

37.Hackett,A.J., Smith,H.S., Springer,E.L., Owens,R.B., Nelson-Rees,W.A., Riggs,J.L., and Gardner,M.B. Two syngeneic cell lines from human breast tissue: the aneuploid mammary epithelial (Hs578T) and the diploid myoepithelial (Hs578Bst) cell lines, J. Natl. Cancer Inst., 58: 1795-1806, 1977.

    Reference ID: 5170

38.Nelson-Rees,W.A. MA160 and HeLa cell lines, In Vitro, 13: 525, 1977.

    Reference ID: 5169

39.Nelson-Rees,W.A. Hormones and breast cancer in vitro, Cancer Res, 37: 3464-3465, 1977.

    Reference ID: 5168

40.Nelson-Rees,W.A. and Flandermeyer,R.R. Inter- and intraspecies contamination of human breast tumor cell lines HBC and BrCa5 and other cell cultures, Science, 195: 1343-1344, 1977.

    Reference ID: 5172

41.Rasheed,S., Gardner,M.B., Rongey,R.W., Nelson-Rees,W.A., and Arnstein,P. Human bladder carcinoma: Characterization of two new tumor cell lines and search for tumor viruses, J. Natl. Cancer Inst., 58: 881-890, 1977.

    Notes: Two newly established human bladder carcinoma cell lines, designated HT-1197 and HT-1376, were characterized. Cells of both cultures exhibited fine structural microvilli and tonofibrils indicative of their epithelial origin. In addition, desmosomes were also present in HT-1197. Marker chromosomes present in HT-1197 and HT-1376 distinguished these from each other and from other known human tumor cell lines. Both cultures grew in soft agar, induced fibbrinolytic activity, and were tumorigenic in mice and hamsters. No type C or other virus expression was detected in these cell lines nor in other human urothelial tumors tested.
    Reference ID: 2214

42.Rasheed,S., Rongey,R.W., Bruszweski,J., Nelson-Rees,W.A., Rabin,H., Neubauer,R.H., Esra,G., and Gardner,M.B. Establishment of a cell line with associated Epstein-Barr-like virus from a leukemic orangutan, Science, 198: 407-409, 1977.

    Reference ID: 5167

43.Nelson-Rees,W.A. and Flandermeyer,R.R. Karyotyping of prostatic carcinoma cell line, Int. J. Cancer, 21: 796-797, 1978.

    Reference ID: 5164

44.Nelson-Rees,W.A. Lung organ-specific antigens on cells with HeLa marker chromosomes, J. Natl. Cancer Inst., 60: 1205-1207, 1978.

    Reference ID: 5165

45.Nelson-Rees,W.A. The identification and monitoring of cell line specificity, Prog. Clin. Biol. Res, 26:25-79.: 25-79, 1978.

    Reference ID: 5166

46.Rabin,H., Neubauer,R.H., Gonda,M.A., Nelson-Rees,W.A., Charman,H.P., and Valerio,M.G. Spontaneous esophageal carcinoma and epithelial cell line of an adult rhesus monkey, Cancer Res, 38: 3310-3314, 1978.

    Reference ID: 5163

47.Rhim,J.S., Park,D.K., Arnstein,P., and Nelson-Rees,W.A. Neoplastic transformation of canine embryo cells in vitro by N-methyl-N'-nitro-N-nitrosoguanidine, Int. J. Cancer, 22: 441-446, 1978.

    Reference ID: 5162

48.Langlois,A.J., Holder,W.D., Jr., Iglehart,J.D., Nelson-Rees,W.A., Wells,S.A., Jr., and Bolognesi,D.P. Morphological and biochemical properties of a new human breast cancer cell line, Cancer Res, 39: 2604-2613, 1979.

    Reference ID: 5161

49.Nelson-Rees,W.A. Wilms' tumor cell line, In Vitro, 15: 743-744, 1979.

    Reference ID: 5157

50.Nelson-Rees,W.A. Double minutes in human carcinoma cell lines, with special reference to breast tumors, J. Natl. Cancer Inst., 63: 537-538, 1979.

    Reference ID: 5159

51.Nelson-Rees,W.A. Prostatic acid phosphatase in cell lines MA 160, EB33 and HeLa cells, In Vitro, 15: 935, 1979.

    Reference ID: 5156

52.Neubauer,R.H., Rabin,H., Strnad,B.C., Nonoyama,M., and Nelson-Rees,W.A. Establishment of a lymphoblastoid cell line and isolation of an Epstein-Barr-related virus of gorilla origin, J. Virol., 31: 845-848, 1979.

    Reference ID: 5160

53.Rhim,J.S., Nelson-Rees,W.A., and Essex,M. Transformation of feline embryo cells in culture by a chemical carcinogen, Int. J. Cancer, 24: 336-340, 1979.

    Reference ID: 5158

54.Nelson-Rees,W.A., Hoy,M.A., and Roush,R.T. Heterochromatinization, chromatin elimination and haploidization in the parahaploid mite Metaseiulus occidentalis (Nesbitt) (Acarina: Phytoseiidae), Chromosoma, 77: 263-276, 1980.

    Reference ID: 5154

55.Nelson-Rees,W.A. Potential for inappropriate therapeutic application of drug as a result of the use of cell substrates of uncertain derivation, Cancer Res, 40: 1761, 1980.

    Reference ID: 5152

56.Nelson-Rees,W.A., Daniels,D.W., and Flandermeyer,R.R. Cross contamination of cells in culture. p. 64. Rcockville: ATCC methods for quality control of cell lines, 1980
    Reference ID: 311
57.Nelson-Rees,W.A., Hunter,L., Darlington,G.J., and O'Brien,S.J. Characteristics of HeLa strains: permanent vs. variable features., Cytogenet. Cell Genet., 27: 216-231, 1980.

    Notes: Characteristic rearranged human chromosome markers have been observed in a variety of HeLa cell sublines and in five suspected HeLa contaminant lines originally thought to be derived from differentiated tissues of different individual patients. The allozyme genetic signatures, representing the composite enzyme phenotype at eight polymorphic loci, of each of the studied contaminant lines were identical to each other and to those of HeLa cells. The probability that each of these lines would have an identical genetic signature (since the frequency of the HeLa genotype is 0.0017) is 4.2 X 10(-15). Differences between cell lines, however, could be detected by isoelectric focussing of the isoenzymes for glucose-6-phosphate dehydrogenase. The cell lines, including CLL 74, the older Chang liver line, failed to express five liver-specific proteins. One protein was detected in a new liver cell culture. Variations in cytogenetic, biochemical, and differentiated functions during continuous cell culture are discussed. Publication Types: Review
    Reference ID: 5135

58.Nelson-Rees,W.A., Flandermeyer,R.R., and Daniels,D.W. T-1 cells are HeLa and not of normal human kidney origin, Science, 209: 719-720, 1980.

    Reference ID: 5151

59.Neuwald,P.D., Anderson,C., Salivar,W.O., Aldenderfer,P.H., Dermody,W.C., Weintraub,B.D., Rosen,S.W., Nelson-Rees,W.A., and Ruddon,R.W. Expression of oncodevelopmental gene products by human tumor cells in culture, J. Natl. Cancer Inst., 64: 447-459, 1980.

    Reference ID: 5153

60.Ohsugi,Y., Gershwin,M.E., Owens,R.B., and Nelson-Rees,W.A. Tumorigenicity of human malignant lymphoblasts: comparative study with unmanipulated nude mice, antilymphocyte serum-treated nude mice, and X-irradiated nude mice, J. Natl. Cancer Inst., 65: 715-718, 1980.

    Reference ID: 5150

61.Dermody,W.C., Rosen,M.A., Ananthaswamy,R., Levy,A.G., Hixson,C.V., Aldenderfer,P.H., Nelson-Rees,W.A., Marangos,P.J., and Swanson,E.C. Characterization of calcitonin- and adrenocorticotropin-producing human cloned cell lines, J. Clin. Endocrinol. Metab, 53: 970-977, 1981.

    Reference ID: 5144

62.Harris,N.L., Gang,D.L., Quay,S.C., Poppema,S., Zamecnik,P.C., Nelson-Rees,W.A., and O'Brian,S.J. Contamination of Hodgkin's desease cell culture, Nature, 289: 228-230, 1981.

    Notes: Several laboratories have recently reported the establishment and characterization of long-term cell lines thought to be related to the neoplastic cell of Hodgkin's disease. Here, Harris et al. discuss evidence that some of these lines are, in fact, not related to Hodgkin's disease but are non-human contaminants
    Reference ID: 1002

63.Kamatani,N., Nelson-Rees,W.A., and Carson,D.A. Selective killing of human malignant cell lines deficient in methylthioadenosine phosphorylase, a purine metabolic enzyme, Proc. Natl. Acad. Sci. U. S. A, 78: 1219-1223, 1981.

    Reference ID: 5147

64.Leung,J.P., Nelson-Rees,W.A., Moore,G.E., Cailleau,R., and Edgington,T.S. Characteristics of membrane and cytosol forms of the mammary tumor glycoprotein molecule MTGP in human breast carcinoma cell cultures and tumors, Int. J. Cancer, 28: 35-42, 1981.

    Reference ID: 5145

65.Nelson-Rees,W.A., Daniels,D.W., and Flandermeyer,R.R. Human embryonic lung cells (HEL-R66) are of monkey origin, Arch. Virol., 67: 101-104, 1981.

    Reference ID: 5149

66.Nelson-Rees,W.A., Daniels,D.W., and Flandermeyer,R.R. Cross-contamination of cells in culture, Science, 212: 446-452, 1981.

    Notes: Lists are presented of references to all known publications descrebing cell properties that serve to characterize (i) known strains of HeLa and purported human cell lines indicated as HeLa contaminants,(ii) strains of human cell lines by cells from one or more other species. Frequencies of cell cross-contaminations are cited and references are presented to relatively simple techniques that could serve to detect such contamination.
    Reference ID: 1763

67.Pellegrino,M.A., Weaver,J.F., Nelson-Rees,W.A., and Ferrone,S. Ia-like and HLA-A,B antigens on tumor cells in long-term culture, Transplant. Proc., 13: 1935-1938, 1981.

    Reference ID: 5142

68.Stanbridge,E.J., Flandermeyer,R.R., Daniels,D.W., and Nelson-Rees,W.A. Specific chromosome loss associated with the expression of tumorigenicity in human cell hybrids, Somatic. Cell Genet., 7: 699-712, 1981.

    Reference ID: 5143

69.Fieldsteel,A.H., Nelson-Rees,W.A., and Colston,M.J. Biological characteristics and viral susceptibility of a stable dog kidney cell line, In Vitro, 18: 220-226, 1982.

    Reference ID: 5141

70.Nelson-Rees,W.A., Daniels,D.W., and Flandermeyer,R.R. Cross-contamination of cell culture, Science, 212: 446-452, 1984.

    Reference ID: 1004

71.Nelson-Rees,W.A. Responsibility for truth in research, Philos. Trans. R. Soc. Lond B Biol. Sci., 356: 849-851, 2001.

    Notes: 999 Green Street, no 2302, San Francisco, CA 94133-5402, USA
    Reference ID: 5140