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62. Cover

Author

Proulx, Serge, Millette, Mélanie, and Heaton, Lorna

Published
2012

65. Introduction

Author

Proulx, Serge, Millette, Mélanie, and Heaton, Lorna

Published
2012

67. Table des matières

Author

Proulx, Serge, Millette, Mélanie, and Heaton, Lorna

Published
2012

90. A homolog of an Escherichia coli phosphate-binding protein gene from Xanthomonas oryzae pv. oryzae

Author

Hopkins, C. M., White, F. F., Heaton, L. A., Guikema, J. A., and Leach, J. E.

Abstract

A Xanthomonas oryzae pv. oryzae gene with sequence similarity to an Escherichia coli phosphate-binding protein gene (phoS) produces a periplasmic protein of apparent Mr 35,000 when expressed in E. coli. Amino terminal sequencing revealed that a signal peptide is removed during transport to the periplasm in E. coli.

Published
1995
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91. Turnip crinkle virus defective interfering RNAs intensify viral symptoms and are generated de novo.

Author

Li, X H, Heaton, L A, Morris, T J, and Simon, A E

Abstract

Defective interfering (DI) RNAs have been isolated from a broad spectrum of animal viruses and have recently been identified in plant virus infections. Because of their ubiquitous nature, DIs are thought to play an important role in virus replication and yields. DI RNAs have now been found in association with a natural isolate of turnip crinkle virus (TCV-B) and are generated de novo after inoculation of turnip with virus derived from cloned transcripts. DI RNA G, naturally found in the TCV-B isolate, is a mosaic molecule with 5' and 3' viral segments and a repeat of 36 nucleotides at the beginning of the 3' segment. The 5'-terminal 21 nucleotides of DI RNA G were not similar to genomic TCV sequences but did resemble sequences found at the 5' end of other small RNAs associated with TCV (satellite RNAs). DI RNA G interferes with the accumulation of TCV genomic RNA and, unlike other DI RNAs, intensifies the symptoms of its helper virus. Infection of turnip with virus derived from cloned transcripts of TCV-B resulted in de novo generation of a DI RNA, DI1 RNA. DI1 RNA differed from DI RNA G by containing exact 5' and 3' ends of TCV as well as an internal virus segment.

Published
1989
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92. Physical map of the genome of sonchus yellow net virus, a plant rhabdovirus with six genes and conserved gene junction sequences.

Author

Heaton, L A, Hillman, B I, Hunter, B G, Zuidema, D, and Jackson, A O

Abstract

We provide evidence that a plant rhabdovirus, sonchus yellow net virus (SYNV), is similar to most animal rhabdoviruses in the order of structural genes and in the nucleotide sequences at the gene junctions but that it differs in the presence and location of a putative nonstructural gene. From the patterns of hybridization of a library of recombinant DNA clones, we have shown that the SYNV genome is transcribed into a short 3'-terminal "leader RNA" and six mRNAs. The proteins encoded by the SYNV mRNAs, in order of the appearance of their genes in the SYNV genome, are designated 3'-N-M2-sc4-M1-G-L-5' (N, nucleoprotein; M, matrix protein; sc, protein encoded by SYNV complementary RNA; G, glycoprotein; L, large protein). The intergenic and flanking gene sequences are conserved and consist of a central core of 14 nucleotides (3'-UUCUUUUUGGUUGU/A-5') whose sequence is similar to the sequence at the gene junctions of vesicular stomatitis and rabies viruses. The SYNV core consists of an 8-nucleotide (3'-UUCUUUUU-5') transcription termination signal at the 5' terminus of each gene, a dinucleotide (GG) spacer whose complement does not appear in mRNA, and a tetranucleotide (3'-UUGU/A-5') that is complementary to the first four nucleotides at the 5' terminus of the SYNV mRNAs. These results, when compared with structural information available on animal rhabdoviruses, suggest that organization of structural genes and maintenance of signals thought to play important roles in regulation of transcription have been conserved during evolution in plant, insect, and vertebrate hosts. However, differences in number and location of putative nonstructural genes reveal some flexibility in genome organization that may be important in deducing taxonomic and evolutionary relationships among viruses causing diseases in phylogenetically diverse hosts.

Published
1989
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93. The genome structure of turnip crinkle virus

Author

James Carrington, Heaton, L. A., Zuidema, D., Hillman, B. I., and Morris, T. J.

Subjects
Laboratorium voor Virologie, Laboratory of Virology, Life Science
Published
1989

95. A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter

Author

Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., Wynne, R., Geia, Lynore, Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., Birks, M., Blackley, L., Blackman, R., Bonner, A., Bryant AO, R., Buzzacott, C., Campbell, S., Catling, C., Chamberlain, C., Cox, L., Cross, W., Cruickshank, M., Cummins, A., Dahlen, H., Daly, J., Darbyshire, P., Davidson, P., Denney-Wilson, E., De Souza, R., Doyle, K., Drummond, A., Duff, J., Duffield, Christine M, Dunning, T., East, L., Elliott, D., Elmir, R., Fergie, D., Ferguson, C., Fernandez, R., Flower, D., Foureur, M., Fowler, C., Fry, M., Gorman, E., Grant, J., Gray, J., Halcomb, E., Hart, B., Hartz, D., Hazelton, M., Heaton, L., Hickman, L., Homer, C. S. E., Hungerford, C., Hutton, A., Jackson, D., Johnson, A., Kelly, M. A., Kitson, A., Knight, S., Levett-Jones, T., Lindsay, D., Lovett, R., Luck, L., Molloy, L., Manias, E., Mannix, J., Marriott, A.M.R., Martin, M., Massey, D., McCloughen, A., McGough, S., McGrath, L., Mills, J., Mitchell, B. G., Mohamed, J., Montayre, J., Moroney, T., Moyle, W., Moxham, L., Northam, H., Nowlan, S., O'Brien, A. P., Ogunsiji, O., Paterson, C., Pennington, K., Peters, K., Philips, J., Power, T., Procter, N., Ramjan, L., Ramsay, N., Rasmussen, B., Rihari-Thomas, J., Rind, B., Robinson, M., Roche, M., Sainsbury, K., Salamonson, Y., Sherwood, J., Shields, L., Sim, J., Skinner, I., Smallwood, G., Smallwood, R., Stewart, L., Taylor, S., Usher, K., Virdun, C., Wannell, J., Ward, R., West, C., West, R., Wilkes, L., Williams, R., Wilson, R., Wynaden, D., and Wynne, R.

Abstract

Geia, L., Baird, K., Bail, K., Barclay, L., Bennett, J., Best, O., ... Wynne, R. (2020). A unified call to action from Australian nursing and midwifery leaders: Ensuring that Black lives matter. Contemporary Nurse, 56(4), 297-308. https://doi.org/10.1080/10376178.2020.1809107

96. Advection, diffusion, and delivery over a network

Author

Heaton, L L M, Lopez, E, Maini, P. K., Fricker, M D, Jones, N S, Heaton, L L M, Lopez, E, Maini, P. K., Fricker, M D, and Jones, N S

Abstract

Many biological, geophysical, and technological systems involve the transport of a resource over a network. In this paper, we present an efficient method for calculating the exact quantity of the resource in each part of an arbitrary network, where the resource is lost or delivered out of the network at a given rate, while being subject to advection and diffusion. The key conceptual step is to partition the resource into material that does or does not reach a node over a given time step. As an example application, we consider resource allocation within fungal networks, and analyze the spatial distribution of the resource that emerges as such networks grow over time. Fungal growth involves the expansion of fluid filled vessels, and such growth necessarily involves the movement of fluid. We develop a model of delivery in growing fungal networks, and find good empirical agreement between our model and experimental data gathered using radio-labeled tracers. Our results lead us to suggest that in foraging fungi, growth-induced mass flow is sufficient to account for long-distance transport, if the system is well insulated. We conclude that active transport mechanisms may only be required at the very end of the transport pathway, near the growing tips.

97. A unified call to action from Australian Nursing and Midwifery leaders: ensuring that Black Lives Matter

Author

Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, Kelly, M, Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, and Kelly, M

98. A unified call to action from Australian Nursing and Midwifery leaders: ensuring that Black Lives Matter

Author

Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, Kelly, M, Geia, L, Baird, K, Bail, K, Barclay, L, Bennett, J, Best, O, Birks, M, Blackley, L, Blackman, R, Bonner, A, Bryant AO, R, Kitson, A, Knight, S, Levett-Jones, T, Lindsay, D, Lovett, R, Luck, L, Malloy, L, Manias, E, Mannix, J, Marriott AM, R, Mills, J, Martin, M, Massey, D, McCloughen, A, McGough, S, McGrath, L, Mitchell, B, Mohamed, J, Montayre, J, Moroney, T, Moyle, W, Moxham, L, Northam AM, H, Nowlan, S, O'Brien, T, Power, T, Ogunsiji, O, Patterson, C, Pennington, K, Peters, K, Phillips, J, Procter, N, Ramjan, L, Ramsay, N, Rasmussen, B, Rihari-Thomas, J, Rind, B, Robinson, M, Roche, M, Sainsbury, K, Smallwood, G, Salamonson, Y, Sherwood, J, Shields, L, Sim, J, Skinner, I, Smallwood, R, Stewart, L, Taylor, S, Usher AM, K, Virdun, C, Wannell, J, Ward, R, West, C, West, R, Buzzacott, C, Wilkes, L, Williams, R, Wilson, R, Wynaden, D, Wynn, R, Campbell, S, Catling, C, Chamberlain, C, Cox, L, Cross, W, Cruickshank, M, Cummins, A, Dahlen, H, Daly, J, Darbyshire, P, Davidson, P, Denny-Wilson, E, De Souza, R, Doyle, K, Drummond, A, Duff, J, Duffield, C, Dunning, T, East, L, Elliott, D, Elmir, R, Fergie, D, Ferguson, C, Fernandez, R, Flower AM, D, Foureur, M, Fowler, C, Fry, M, Gorman, E, Grant, J, Gray, J, Halcomb, E, Hart, B, Hartz, D, Hazelton, M, Heaton, L, Hickman, L, Homer, C, Hungerford, C, Hutton, A, Jackson AO, D, Johnson, A, and Kelly, M

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