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; ^VOLUME ^NUMBER 3 MARCH 1995<br />

OXFORD<br />

UNIVERSITY<br />

PRESS<br />

Codi-n HMG FF".<br />

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An entirely new theory derived from<br />

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Twelve years of investigations into molecular genetics and genome mechanics<br />

at NIH. the University of Wisconsin and Genome International Corp. now lead<br />

genome researcher Periannan Senapathy, Ph.D., to an astonishing new explanation<br />

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Independent Birth of Organisms<br />

• Contains critical new evidence that will impact your research and teaching.<br />

• New research, fully documented, provides abundant corroborating evidence.<br />

• Highlights many little-known facts that support the new theory and contradict<br />

Evolution. For example: Did you know that vertebrate and invertebrate<br />

blood plasma, immunity and coagulation are unrelateable by Evolution?<br />

• Demonstrates that natural selection and genetic mutation mechanisms can<br />

account for only incidental variations among essentially similar species.<br />

Shows that genomes are permanently immutable<br />

to any Evolutionary-scale changes.<br />

Engagingly written for lay readers, but annotated<br />

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<strong>Human</strong><br />

<strong>Molecular</strong><br />

<strong>Genetics</strong><br />

Executive Editors<br />

Kay E.Davies, Oxford, UK<br />

Huntington F.Willard, Cleveland, OH, USA<br />

Assistant Editor<br />

Veronica Buckle Oxford, UK<br />

Editorial Board<br />

Philip Avner, Paris<br />

Andrea Ballabio, Milan<br />

Arthur Beaudet, Houston<br />

John Bell, Oxford<br />

Adrian Bird, Edinburgh<br />

Stephen Brown, London<br />

Aravinda Chakravarti, Cleveland<br />

Kenneth Fischbeck, Philadelphia<br />

Peter Goodfellow, Cambridge<br />

Michael Hayden, Vancouver<br />

Katherine Klinger, Framingham<br />

David Ledbetter, Bethesda<br />

Jean-Louis Mandel, Strasbourg<br />

Roderick Mclnnes, Toronto<br />

Anthony Monaco, Oxford<br />

Richard Myers, San Francisco<br />

Yusuke Nakamura, Tokyo<br />

David Nelson, Houston<br />

Ben Oostra, Rotterdam<br />

Peter Pearson, Baltimore<br />

David Porteous, Edinburgh<br />

Annemarie Poustka, Heidelberg<br />

Susan Povey, London<br />

Arthur Riggs, Duarte<br />

Hans-Hilger Ropers, Nijmegen<br />

Yoshiyuki Sakaki, Tokyo<br />

Takehiko Sasazuki, Tokyo<br />

Ellen Solomon, London<br />

Grant Sutherland, Adelaide<br />

Lap-Chee Tsui, Toronto<br />

David Valle, Baltimore<br />

Gert-jan van Ommen, Leiden<br />

Stephen Warren, Atlanta<br />

David Weatherall, Oxford<br />

Jean Weissenbach, Paris<br />

Robert Williamson, London<br />

Editorial and Production<br />

Genny Early, Production Editor<br />

Helen Blaber, UK Editorial office<br />

Carol Cook, US Editorial office<br />

Gordon Tweedie, US Editorial office<br />

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Oxford New York Tokyo


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0>


Contents<br />

ARTICLES<br />

Mutations in FGFR1 and FGFR2 cause familial and<br />

sporadic Pfeiffer syndrome<br />

Dpl40: a novel 140 kDa CNS transcript from the<br />

dystrophin locus<br />

Familial adenomatous polyposis: desmoid tumours and<br />

lack of ophthalmic lesions (CHRPE) associated with<br />

APC mutations beyond codon 1444<br />

Mucopolysaccharidosis IVA: screening and<br />

identification of mutations of the N-acetylgalactosamine-<br />

6-sulfate sulfatase gene<br />

DNA binding capacity of the WT1 protein is abolished<br />

by Denys-Drash syndrome WT1 point mutations<br />

Tissue-specific expression of a FM/?7/p-galactosidase<br />

fusion gene in transgenic mice<br />

<strong>Molecular</strong> basis of p(CCG)n repeat instability at the<br />

FRA16A fragile site locus<br />

Cloning of a human homologue of the Xenopus laevis<br />

APX gene from the ocular albinism type 1 critical<br />

region<br />

Spectrum of germline mutations in the RBI gene: a<br />

study of 232 patients with hereditary and non<br />

hereditary retinoblastoma<br />

REPORTS<br />

Expression of the myotonin protein kinase gene in<br />

preimplantation human embryos<br />

Single cell analysis demonstrating somatic mosaicism<br />

involving lip in a patient with paternal isodisomy and<br />

Beckwith-Wiedemann syndrome<br />

Analysis of the CTG repeat in skeletal muscle of young<br />

and adult myotonic dystrophy patients: when does the<br />

expansion occur?<br />

Cloning of a putative human voltage-gated chloride<br />

channel (CIC-2) cDNA widely expressed in human<br />

tissues<br />

Aniridia-associated cytogenetic rearrangements suggest<br />

that a position effect may cause the mutant phenotype<br />

Recombination rates across the HLA complex: use of<br />

microsatellites as a rapid screen for recombinant<br />

chromosomes<br />

The oculopharyngeal muscular dystrophy locus maps to<br />

the region of the cardiac a and p" myosin heavy chain<br />

genes on chromosome 14qll.2—ql3<br />

<strong>Human</strong> <strong>Molecular</strong> <strong>Genetics</strong><br />

Volume 4 number 3 March 1995<br />

U.Schell, A.Hehr, G.J.Feldman, N.H.Robin, 323<br />

E.H.Zackai, C.de Die-Smulders, D.H.Viskochil,<br />

J.M.Stewart, G.Wolff, H.Ohashi, R.A.Price,<br />

M.M.Cohen, Jr and M.Muenke<br />

H.G.W.Lidov, S.Selig and L.M.Kunkel 329<br />

R.Caspari, S.Olschwang, W.Friedl, M.Mandl, 337<br />

C.Boisson, T.Boker, A.Augustin, M.Kadmon,<br />

G.Moslein, G.Thomas and P.Propping<br />

T.Ogawa, S.Tomatsu, S.Fukuda, A.Yamagishi, 341<br />

G.M.M.Rezvi, K.Sukegawa, N.Kondo, Y.Suzuki,<br />

N.Shimozawa and T.Orii<br />

M.Little, G.Holmes, W.Bickmore, V.van Heyningen, 351<br />

N.Hastie and B.Wainwright<br />

M.Hergersberg, K.Matsuo, M.Gassmann, 359<br />

W.Schaffner, B.Luscher, T.Rulicke and A.Aguzzi<br />

J.K.Nancarrow, K.Holman, M.Mangelsdorf, T.Hori, 367<br />

M.Denton, G.R.Sutherland and R.I.Richards<br />

M.V.Schiaffino, M.T.Bassi, E.I.Rugarli, A.Renieri, 373<br />

L.Galli and A.Ballabio<br />

V.Blanquet, C.Turleau, M.S.Gross-Morand, 383<br />

C.Senamaud-Beaufort, F.Doz and C.Besmond<br />

R.Daniels, T.Kinis, P.Serhal and M.Monk<br />

F.Z.Bischoff, G.L.Feldman, C.McCaskill,<br />

S.Subramanian, M.R.Hughes and L.G.Shaffer<br />

M.Zatz, M.R.Passos-Bueno, A.Cerqueira, S.K.Marie,<br />

M.Vainzof and R.C.M.Pavanello<br />

L.P.Cid, C.Montrose-Rafizadeh, D.I.Smith,<br />

W.B.Guggino and G.R.Cutting<br />

J.Fantes, B.Redeker, M.Breen, S.Boyle, J.Brown,<br />

J.Fletcher, S.Jones, W.Bickmore, Y.Fukushima,<br />

M.Mannens, S.Danes, V.van Heyningen and I.Hanson<br />

389<br />

395<br />

401<br />

407<br />

415<br />

M.Martin, D.Mann and M.Carrington 423<br />

B.Brais, Y.-G.Xie, M.Sanson, K.Morgan,<br />

J.Weissenbach, A.D.Korczyn, S.C.Blumen,<br />

M.Fardeau, F.M.S.Tome, J.-P.Bouchard and<br />

G.A.Rouleau<br />

429


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In the NIRCA method, the substrates for RNase digestion<br />

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which contain the SP6 and T7 promoters are used to generate<br />

such PCR products.) Wild type and test transcripts are<br />

hybridized to form double-stranded RNA targets which are<br />

treated with RNase. The cleavage products are then separated<br />

on agarose gels containing ethidium bromide and<br />

assessed under UV light. Experimental samples are scored<br />

as positive for mutations if they contain cleavage products<br />

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Compared to SSCP, the NIRCA method allows larger<br />

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Non-ltotoplc RNase Cleavage Assay (NIRCA) Detection of<br />

mismatches In 582 bp targets. Sense strand transcripts from PCR<br />

templates amplified from Hemophilia B patients were hybridized to wild<br />

type antisense transcripts and treated with RNase for cleavage of mismatches.<br />

The cleavage products were analyzed on a 2% agarose gel<br />

containing 0.5 pg/ml ethidium bromide. The mismatches are shown<br />

above each lane.<br />

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Contents (continued)<br />

Deletion of the C-terminal end of<br />

aspartylglucosaminidase resulting in a lysosomal<br />

accumulation disease: evidence for a unique genomic<br />

rearrangement<br />

Blepharophimosis syndrome is linked to chromosome 3q<br />

Sets of short tandem repeat polymorphisms for efficient<br />

linkage screening of the human genome<br />

A gene responsible for cavernous malformations of the<br />

brain maps to chromosome 7q<br />

Genetic heterogeneity of autosomal recessive limb-girdle<br />

muscular dystrophy in a genetic isolate (Amish) and<br />

evidence for a new locus<br />

Evidence from antibody studies that the CAG repeat in<br />

the Huntington disease gene is expressed in the protein<br />

Expression of the neurofibromatosis 2 (NF2) gene<br />

isoforms during rat embryonic development<br />

Mapping the locus of atrophia areata, a helicoid<br />

peripapillary chorioretinal degeneration with autosomal<br />

dominant inheritance, to chromosome Ilpl5<br />

Linkage of posterior polymorphous cornea! dystrophy<br />

to 20qll<br />

MUTATION REPORTS<br />

Missense mutations in the NDP gene in patients with a<br />

less severe course of Norrie disease<br />

A novel point mutation in the Cu/Zn superoxide<br />

dismutase gene in a patient with familial amyotrophic<br />

lateral sclerosis<br />

A G-to-T trans version at the +5 position of intron 1 in<br />

the glutaryl CoA dehydrogenase gene is associated with<br />

the Island Lake variant of glutaric acidemia type I<br />

Author Index<br />

<strong>Human</strong> <strong>Molecular</strong> <strong>Genetics</strong><br />

Volume 4 number 3 March 1995<br />

A.Jalanko, T.Manninen and L.Peltonen 435<br />

K.W.Small, M.Stalvey, L.Fisher, L.Mullen, C.Dickel, 443<br />

K.Beadles, R.Reimer, A.Lessner, K.Lewis and<br />

M.A.Pericak-Vance<br />

J.Dubovsky, V.C.Sheffield, G.M.Duyk and J.L.Weber 449<br />

J.Dubovsky, J.M.Zabramski, J.Kurth, R.F.Spetzler, 453<br />

S.S.Rich, H.T.Orr and J.L.Weber<br />

V.Allamand, O.Broux, N.Bourg, I.Richard, 459<br />

J.A.Tischfield, M.E.Hodes, P.M.Conneally,<br />

M.Fardeau, C.E.Jackson and J.S.Beckmann<br />

Y.-S.Jou and R.M.Myers 465<br />

D.H.Gutmann, D.E.Wright, R.T.Geist and W.D.Snider 471<br />

R.Fossdal, L.Magniisson, J.L.Weber and O.Jensson 479<br />

E.Heon, W.D.Mathers, W.L.M.Alward,<br />

R.W.Weisenthal, S.L.F.Sunden, J.A.Fishbaugh,<br />

C.M.Taylor, J.H.Krachmer, V.C.Sheffield and<br />

E.M.Stone<br />

A.Meindl, B.Lorenz, H.Achatz, H.Hellebrand,<br />

P.Schmitz-Valckenberg and T.Meitinger<br />

M.Ikeda, K.Abe, M.Aoki, M.Ogasawara, T.Kameya,<br />

M.Watanabe, M.Shoji, S.Hirai and Y.Itoyama<br />

C.R.Greenberg, D.Reimer, R.Singal, B.Triggs-Raine,<br />

A.E.Chudley, L.A.Dilling, S.Philipps, J.C.Haworth,<br />

L.E.Seargeant and S.I.Goodman<br />

Cover. FM/?//p-galactosidase fusion gene in transgenic mice. See article by Hergersberg et al. in this issue.<br />

485<br />

489<br />

491<br />

493<br />

497


<strong>Human</strong> <strong>Molecular</strong> <strong>Genetics</strong> is delighted to announce:<br />

An Internet Communication List in<br />

<strong>Human</strong> <strong>Molecular</strong> <strong>Genetics</strong><br />

Internet communication lists offer the possibility to communicate worldwide about topics of interest<br />

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The <strong>Human</strong> <strong>Molecular</strong> <strong>Genetics</strong> digital communication list (HUM-MOLGEN) is open for<br />

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throughout the world, HUM-MOLGEN list members will receive, via E-mail, the table of contents<br />

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