Cell cycle control: Prokaryotic solutions to eukaryotic problems?

V. Norris; J. A. Ayala; K. Begg; J. P. Bouché; P. Bouloc; E. Boye; J. Canvin; S. Casaregola; A. J. Cozzone; E. Crooke; R. D’Ari; M. A. de Pedro; W. D. Donachie; R. J. Doyle; G. R. Drapeau; R. Fontana; S. Foster; J. A. Fralick; P. Freestone; R. C. Gayda; M. Goldberg; S. Grant; E. Guzman; J. H. Hageman; C. F. Higgins; M. Hofnung; I. B. Holland; J. V. Holtje; P. Hughes; M. Inouye; S. Inouye; A. Jaffé; A. Jimenez-Sanchez; D. Joseleau-Petit; W. Keck; F. Kepes; A. Kornberg; P. Kuempel; H. Labischinski; A. Lobner-Olesen; J. Lutkenhaus; P. E. March; M. Matsuhashi; G. McGurk; W. Messer; J. Meury; Y. Milner; K. Modha; K. Nagai; T. Nagata; Y. Nishimura; S. Normark; E. Orr; A. Ottolenghi; L. Paolozzi; P. Poulsen; J. E. Rebollo; E. Z. Ron; J. Rouviere-Yaniv; K. Rudd; G. P.C. Salmond; G. Satta; U. Schwarz; S. Seror; A. J. Simon; B. G. Spratt; K. Sreekumar; S. Sweeney; I. Toth; R. Utsumi; D. Vinella; M. Wachi; B. M. Wilkins; P. H. Williams; C. Yanofsky

doi:10.1006/jtbi.1994.1102

Cell cycle control: Prokaryotic solutions to eukaryotic problems?

V. Norris^*, J. A. Ayala, K. Begg, J. P. Bouché, P. Bouloc, E. Boye, J. Canvin, S. Casaregola, A. J. Cozzone, E. Crooke, R. D’Ari, M. A. de Pedro, W. D. Donachie, R. J. Doyle, G. R. Drapeau, R. Fontana, S. Foster, J. A. Fralick, P. Freestone, R. C. GaydaM. Goldberg, S. Grant, E. Guzman, J. H. Hageman, C. F. Higgins, M. Hofnung, I. B. Holland, J. V. Holtje, P. Hughes, M. Inouye, S. Inouye, A. Jaffé, A. Jimenez-Sanchez, D. Joseleau-Petit, W. Keck, F. Kepes, A. Kornberg, P. Kuempel, H. Labischinski, A. Lobner-Olesen, J. Lutkenhaus, P. E. March, M. Matsuhashi, G. McGurk, W. Messer, J. Meury, Y. Milner, K. Modha, K. Nagai, T. Nagata, Y. Nishimura, S. Normark, E. Orr, A. Ottolenghi, L. Paolozzi, P. Poulsen, J. E. Rebollo, E. Z. Ron, J. Rouviere-Yaniv, K. Rudd, G. P.C. Salmond, G. Satta, U. Schwarz, S. Seror, A. J. Simon, B. G. Spratt, K. Sreekumar, S. Sweeney, I. Toth, R. Utsumi, D. Vinella, M. Wachi, B. M. Wilkins, P. H. Williams, C. Yanofsky

^*Corresponding author af dette arbejde

29 Citationer (Scopus)

Abstract

Regulation of the eukaryotic cell cycle involves calcium- and lipid-stimulated kinases acting on cytoskeletal structures; there are two principal reasons for supposing that the regulation of the prokaryotic cell cycle may be fundamentally the same. First, evidence for their fundamental difference is still missing and, second, evidence for prokaryotic homologues of eukaryotic cell cycle proteins is accumulating. Such proteins include those involved in calcium regulation, such as calmodulin and calcium-dependent kinases, and those involved in lipid regulation, such as protein kinase C. Proteins identified as candidates for cytoskeletal elements now include MukB, a putative contractile protein responsible for chromosome segregation, and FtsZ, the key constituent of the “cytokinetic” ring. These similarities allow the application of powerful prokaryotic model systems to one of biology’s most profound, complex and urgent problems: the nature of the regulation of the eukaryotic cell cycle.

Originalsprog	Engelsk
Tidsskrift	Journal of Theoretical Biology
Vol/bind	168
Udgave nummer	2
Sider (fra-til)	227-230
Antal sider	4
ISSN	0022-5193
DOI	https://doi.org/10.1006/jtbi.1994.1102
Status	Udgivet - 21 maj 1994

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10.1006/jtbi.1994.1102

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Norris, V., Ayala, J. A., Begg, K., Bouché, J. P., Bouloc, P., Boye, E., Canvin, J., Casaregola, S., Cozzone, A. J., Crooke, E., D’Ari, R., de Pedro, M. A., Donachie, W. D., Doyle, R. J., Drapeau, G. R., Fontana, R., Foster, S., Fralick, J. A., Freestone, P., ... Yanofsky, C. (1994). Cell cycle control: Prokaryotic solutions to eukaryotic problems? Journal of Theoretical Biology, 168(2), 227-230. https://doi.org/10.1006/jtbi.1994.1102

Norris, V, Ayala, JA, Begg, K, Bouché, JP, Bouloc, P, Boye, E, Canvin, J, Casaregola, S, Cozzone, AJ, Crooke, E, D’Ari, R, de Pedro, MA, Donachie, WD, Doyle, RJ, Drapeau, GR, Fontana, R, Foster, S, Fralick, JA, Freestone, P, Gayda, RC, Goldberg, M, Grant, S, Guzman, E, Hageman, JH, Higgins, CF, Hofnung, M, Holland, IB, Holtje, JV, Hughes, P, Inouye, M, Inouye, S, Jaffé, A, Jimenez-Sanchez, A, Joseleau-Petit, D, Keck, W, Kepes, F, Kornberg, A, Kuempel, P, Labischinski, H, Lobner-Olesen, A, Lutkenhaus, J, March, PE, Matsuhashi, M, McGurk, G, Messer, W, Meury, J, Milner, Y, Modha, K, Nagai, K, Nagata, T, Nishimura, Y, Normark, S, Orr, E, Ottolenghi, A, Paolozzi, L, Poulsen, P, Rebollo, JE, Ron, EZ, Rouviere-Yaniv, J, Rudd, K, Salmond, GPC, Satta, G, Schwarz, U, Seror, S, Simon, AJ, Spratt, BG, Sreekumar, K, Sweeney, S, Toth, I, Utsumi, R, Vinella, D, Wachi, M, Wilkins, BM, Williams, PH & Yanofsky, C 1994, 'Cell cycle control: Prokaryotic solutions to eukaryotic problems?', Journal of Theoretical Biology, bind 168, nr. 2, s. 227-230. https://doi.org/10.1006/jtbi.1994.1102

@article{986d2ee1760a437db27db5ee36f5b2c9,

title = "Cell cycle control: Prokaryotic solutions to eukaryotic problems?",

abstract = "Regulation of the eukaryotic cell cycle involves calcium- and lipid-stimulated kinases acting on cytoskeletal structures; there are two principal reasons for supposing that the regulation of the prokaryotic cell cycle may be fundamentally the same. First, evidence for their fundamental difference is still missing and, second, evidence for prokaryotic homologues of eukaryotic cell cycle proteins is accumulating. Such proteins include those involved in calcium regulation, such as calmodulin and calcium-dependent kinases, and those involved in lipid regulation, such as protein kinase C. Proteins identified as candidates for cytoskeletal elements now include MukB, a putative contractile protein responsible for chromosome segregation, and FtsZ, the key constituent of the “cytokinetic” ring. These similarities allow the application of powerful prokaryotic model systems to one of biology{\textquoteright}s most profound, complex and urgent problems: the nature of the regulation of the eukaryotic cell cycle.",

author = "V. Norris and Ayala, {J. A.} and K. Begg and Bouch{\'e}, {J. P.} and P. Bouloc and E. Boye and J. Canvin and S. Casaregola and Cozzone, {A. J.} and E. Crooke and R. D{\textquoteright}Ari and {de Pedro}, {M. A.} and Donachie, {W. D.} and Doyle, {R. J.} and Drapeau, {G. R.} and R. Fontana and S. Foster and Fralick, {J. A.} and P. Freestone and Gayda, {R. C.} and M. Goldberg and S. Grant and E. Guzman and Hageman, {J. H.} and Higgins, {C. F.} and M. Hofnung and Holland, {I. B.} and Holtje, {J. V.} and P. Hughes and M. Inouye and S. Inouye and A. Jaff{\'e} and A. Jimenez-Sanchez and D. Joseleau-Petit and W. Keck and F. Kepes and A. Kornberg and P. Kuempel and H. Labischinski and A. Lobner-Olesen and J. Lutkenhaus and March, {P. E.} and M. Matsuhashi and G. McGurk and W. Messer and J. Meury and Y. Milner and K. Modha and K. Nagai and T. Nagata and Y. Nishimura and S. Normark and E. Orr and A. Ottolenghi and L. Paolozzi and P. Poulsen and Rebollo, {J. E.} and Ron, {E. Z.} and J. Rouviere-Yaniv and K. Rudd and Salmond, {G. P.C.} and G. Satta and U. Schwarz and S. Seror and Simon, {A. J.} and Spratt, {B. G.} and K. Sreekumar and S. Sweeney and I. Toth and R. Utsumi and D. Vinella and M. Wachi and Wilkins, {B. M.} and Williams, {P. H.} and C. Yanofsky",

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T2 - Prokaryotic solutions to eukaryotic problems?

AU - Norris, V.

AU - Ayala, J. A.

AU - Begg, K.

AU - Bouché, J. P.

AU - Bouloc, P.

AU - Boye, E.

AU - Canvin, J.

AU - Casaregola, S.

AU - Cozzone, A. J.

AU - Crooke, E.

AU - D’Ari, R.

AU - de Pedro, M. A.

AU - Donachie, W. D.

AU - Doyle, R. J.

AU - Drapeau, G. R.

AU - Fontana, R.

AU - Foster, S.

AU - Fralick, J. A.

AU - Freestone, P.

AU - Gayda, R. C.

AU - Goldberg, M.

AU - Grant, S.

AU - Guzman, E.

AU - Hageman, J. H.

AU - Higgins, C. F.

AU - Hofnung, M.

AU - Holland, I. B.

AU - Holtje, J. V.

AU - Hughes, P.

AU - Inouye, M.

AU - Inouye, S.

AU - Jaffé, A.

AU - Jimenez-Sanchez, A.

AU - Joseleau-Petit, D.

AU - Keck, W.

AU - Kepes, F.

AU - Kornberg, A.

AU - Kuempel, P.

AU - Labischinski, H.

AU - Lobner-Olesen, A.

AU - Lutkenhaus, J.

AU - March, P. E.

AU - Matsuhashi, M.

AU - McGurk, G.

AU - Messer, W.

AU - Meury, J.

AU - Milner, Y.

AU - Modha, K.

AU - Nagai, K.

AU - Nagata, T.

AU - Nishimura, Y.

AU - Normark, S.

AU - Orr, E.

AU - Ottolenghi, A.

AU - Paolozzi, L.

AU - Poulsen, P.

AU - Rebollo, J. E.

AU - Ron, E. Z.

AU - Rouviere-Yaniv, J.

AU - Rudd, K.

AU - Salmond, G. P.C.

AU - Satta, G.

AU - Schwarz, U.

AU - Seror, S.

AU - Simon, A. J.

AU - Spratt, B. G.

AU - Sreekumar, K.

AU - Sweeney, S.

AU - Toth, I.

AU - Utsumi, R.

AU - Vinella, D.

AU - Wachi, M.

AU - Wilkins, B. M.

AU - Williams, P. H.

AU - Yanofsky, C.

PY - 1994/5/21

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N2 - Regulation of the eukaryotic cell cycle involves calcium- and lipid-stimulated kinases acting on cytoskeletal structures; there are two principal reasons for supposing that the regulation of the prokaryotic cell cycle may be fundamentally the same. First, evidence for their fundamental difference is still missing and, second, evidence for prokaryotic homologues of eukaryotic cell cycle proteins is accumulating. Such proteins include those involved in calcium regulation, such as calmodulin and calcium-dependent kinases, and those involved in lipid regulation, such as protein kinase C. Proteins identified as candidates for cytoskeletal elements now include MukB, a putative contractile protein responsible for chromosome segregation, and FtsZ, the key constituent of the “cytokinetic” ring. These similarities allow the application of powerful prokaryotic model systems to one of biology’s most profound, complex and urgent problems: the nature of the regulation of the eukaryotic cell cycle.

AB - Regulation of the eukaryotic cell cycle involves calcium- and lipid-stimulated kinases acting on cytoskeletal structures; there are two principal reasons for supposing that the regulation of the prokaryotic cell cycle may be fundamentally the same. First, evidence for their fundamental difference is still missing and, second, evidence for prokaryotic homologues of eukaryotic cell cycle proteins is accumulating. Such proteins include those involved in calcium regulation, such as calmodulin and calcium-dependent kinases, and those involved in lipid regulation, such as protein kinase C. Proteins identified as candidates for cytoskeletal elements now include MukB, a putative contractile protein responsible for chromosome segregation, and FtsZ, the key constituent of the “cytokinetic” ring. These similarities allow the application of powerful prokaryotic model systems to one of biology’s most profound, complex and urgent problems: the nature of the regulation of the eukaryotic cell cycle.

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DO - 10.1006/jtbi.1994.1102

M3 - Journal article

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JO - Journal of Theoretical Biology

JF - Journal of Theoretical Biology

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ER -

Cell cycle control: Prokaryotic solutions to eukaryotic problems?

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