Publications
| Title | Abstract | Year(sorted ascending) Filter | PMID Filter |
|---|
| [spontaneous induction of the development of bacteriophage lambda during genetic recombination in escherichia coli k12]. | 1954 | 13200000 | |
| [study of the lysogenization process of e. coli. i. single-cycle development curve of the temperate lambda phage and its virulent mutant lambda v in e. coli k12 s]. | 1954 | 13236148 | |
| [study of the lysogenization process of e. coli. ii. behavior of e. coli k12 s infected with the temperate lambda phage]. | 1954 | 13236149 | |
| mutation to extended host range and the occurrence of phenotypic mixing in the temperate coliphage lambda. | 1956 | 13352781 | |
| studies on interference between virulent t2 phage and lambda phage lysogenically carried in e. coli, k12. | 1956 | 13398180 | |
| interference phenomenon with lambda phage and cellular changes in induced e. coli, k12 (lambda) infected with t2 phage. | 1956 | 13428420 | |
| [processes of conjugation and recombination in escherichia coli. ii. chromosomal location of phage lambda and genetic results of zygotic induction]. | 1957 | 13470454 | |
| [defectiveness of lambda phage transductor]. | 1957 | 13495419 | |
| recombination and phenotypic mixing during phage growth in strains of escherichia coli doubly lysogenic for coliphage lambda. | 1958 | 13544106 | |
| the genetic structure of host range mutants of coliphage lambda. | 1959 | 13669302 | |
| conditions for the infection of escherichia coli with lambda phage and for the establishment of lysogeny. | 1959 | 13825457 | |
| effects of chloramphenicol on genetic replication in bacteriophage lambda. | 1959 | 13838015 | |
| the transformation of escherichia coli with deoxyribonucleic acid isolated from bacteriophage lambda-dg. | 1960 | 13750787 | |
| t-i and lambda phage adsorption on protoplast-like bodies of escherichia coli. | 1960 | 14402459 | |
| regulation by coliphage lambda of the expression of the capacity to synthesize a sequence of host enzymes. | 1960 | 16590796 | |
| a mutation affecting the dna content of bacteriophage lambda and its lysogenizing properties. | 1961 | 13752286 | |
| exchange of dna in the recombination of bacteriophage lambda. | 1961 | 13752287 | |
| [enlargement of the host area of bacteriophage lambda for escherichia coli b]. | 1961 | 13862048 | |
| sensitive mutants of bacteriophage lambda. | 1961 | 13690195 | |
| the mechanism of inhibition of lambda phage production at elevated temperatures. | 1961 | 13708880 | |
| the effect of glucose on the induction of lambda phage formation by mitomycin c. | 1961 | 14482714 | |
| host specificity of dna produced by escherichia coli. ii. control over acceptance of dna from infecting phage lambda. | 1962 | 13888713 | |
| conjugal transfer of immunity to phage lambda multiplication in escherichia coli k-12. | 1962 | 13893268 | |
| properties and origin of the transducing particles in low frequency transduction by bacteriophage lambda. | 1962 | 13894747 | |
| host specificity of dna produced by escherichia coli. i. host controlled modification of bacteriophage lambda. | 1962 | 13862047 | |
| effect of glucose on the formation of bacteriophage lambda. | 1962 | 14005906 | |
| temperature and lambda phage reproduction. | groman, neal b. (university of washington, seattle) and grace suzuki. temperature and lambda phage reproduction. j. bacteriol. 84:431-437. 1962.-the effect of temperature on lambda phage production in escherichia coli k-12 was studied, and a temperature-phage yield relationship established. phage yield declines slowly below optimal temperature and rapidly above the optimum. an extensive comparison of phage reproduction at 37 and 44 c was made when it was observed that at 44 c phage yield was red ... | 1962 | 13950658 |
| temperature and the reproduction of lambda-phage mutants. | groman, neal b. (university of washington, seattle). temperature and the reproduction of two lambda-phage mutants. j. bacteriol. 84:438-445. 1962.-a comparative study of phage lambda, and mutants lambdatem and lambda11(2), was made, with particular emphasis on the effect of elevated temperature (44 c) on phage reproduction. phage lambdatem was selected at 44 c and lambda11(2) was isolated from the late-lysing fraction of bacteria at 37 c. all three phages are similar in their host range, immunit ... | 1962 | 13950659 |
| dna synthesis and lambda phage development in a lysogenic strain of escherichia coli k12. | 1962 | 14482713 | |
| spermine protection of coliphage lambda dna against breakage by hydrodynamic shear. | 1963 | 13961836 | |
| the mode of action of iyomycins in relation to their lambda-phage inducing properties. | 1963 | 14318781 | |
| [electron microscopic study of lambda phage development in indicator cell strains]. | 1963 | 14149781 | |
| on the host-controlled modification of bacteriophage lambda. | 1963 | 14062909 | |
| genetic recombination in bacteriophage lambda by breakage and joining of dna molecules. | 1963 | 14062914 | |
| homology between bacteriophage lambda dna and e. coli dna. | 1963 | 14067102 | |
| host controlled modification of phage lambda in zygotic induction in escherichia coli b. | 1963 | 14068461 | |
| unequal photosensitivity of the 2 strands of dna in bacteriophage lambda. | 1963 | 14079596 | |
| complementarity between lambda (lambda) phage and escherichia coli. | 1963 | 14096193 | |
| [specific transduction of marker biotin by the lambda phage]. | 1963 | 14100803 | |
| [regulatory mechanisms in the biosynthesis of galactose metabolism enzymes in escherichia coli k12. iii. effect of "derepression" induced by the development of phage lambda]. | 1963 | 14102193 | |
| cooperative infection by hostmodified lambda phage. | 1963 | 13941102 | |
| cohesion of dna molecules isolated from phage lambda. | 1963 | 16591099 | |
| effect of infection with phage lambda on the synthesis of protein, rna and dna in escherichia coli. | 1964 | 14135546 | |
| dna from bacteriophage lambda: molecular length and conformation. | the length of the dna molecules from wild-type lambda bacteriophage is 17.2 micro, corresponding to a molecular weight of 33 million in the b form. the molecules from a double-deletion mutant of lambda are 23 percent shorter. both types of molecules join ends at 60 degrees c to form circular molecules or polymers. the point of junction cannot be distinguished by any irregularity in the uniform duplex molecule. | 1964 | 14148437 |
| on the effects of high hydrostatic pressure on bacteria and bacteriophage. 3. induction with high hydrostatic pressure of escherichia coli k lysogenic for bacteriophage lambda. | 1964 | 14150640 | |
| ultraviolet sensitivity of escherichia coli containing heat-inducible lambda prophages. | the c1-t mutants of bacteriophage lambda can form prophage at 36 degrees c but cause lysis of sensitive bacteria at temperatures above 42 degrees c. growth of cultures at 42 degrees to 46 degrees c induces prophage replication and lysis in escherichia coli k12 (lambda c1-t); lysogenic strains containing wild-type prophage are not induced to lyse at these temperatures. heat induction is prevented by chloramphenicol. strains containing heatinducible prophage are much more sensitive to killing by u ... | 1964 | 14171560 |
| [effect of levomycetin on productive development of moderate lambda phage]. | 1964 | 14187973 | |
| evidence for a new intermediate state of the viral chromosome during cooperative infection by host-modified lambda phage. | 1964 | 14208904 | |
| occurrence of 5-methyldeoxycytidylate in the dna of phage lambda. | 1964 | 14216626 | |
| the location of the b2 deletion of bacteriophage lambda. | 1964 | 14235592 | |
| temperature-sensitive mutants of coliphage lambda. | 1964 | 14240399 | |
| genetic control of restriction and modification in escherichia coli. | boyer, herbert (yale university, new haven, conn.). genetic control of restriction and modification in escherichia coli. j. bacteriol. 88:1652-1660. 1964.-bacterial crosses with k-12 strains of escherichia coli as hfr donors (hfr hayes, hfr cavalli, and hfr p4x-6) and b/r strains of e. coli as f(-) recipients were found to differ from crosses between k-12 hfr donors and k-12 f(-) recipients in two ways: (i) recombinants (leu, pro, lac, and gal) did not appear at discrete time intervals but did a ... | 1964 | 14240953 |
| [the effect of blocked protein synthesis produced by levomycetin on the development of lambda phage in induced lysogenic culture]. | 1964 | 14247219 | |
| [inactivation of the phage lambda genome by acridine dyes after infection of e. coli k12s]. | 1964 | 14269689 | |
| nuclease activity in defective lysogens of phage lambda. | 1964 | 5319710 | |
| effect of glucose on the capacity of escherichia coli to be infected by a virulent lamba bacteriophage. | howes, william v. (massachusetts institute of technology, cambridge). effect of glucose on the capacity of escherichia coli to be infected by a virulent lambda bacteriophage. j. bacteriol. 90:1183-1193. 1965.-a substrate-dependent phenotypic resistance to phage lambda(vir) was observed among cells of escherichia coli w3350 and c600 grown aerobically on glucose. similar cells grown on glycerol were sensitive. when cells of w3350 grown on glycerol were transferred to glucose, the rate of appearanc ... | 1965 | 5321475 |
| the steric effect in lysogenization by bacteriophage lambda. i. lysogenization of a partially diploid strain of escherichia coli k-12. | 1965 | 5321952 | |
| the steric effect in lysogenization by bacteriophage lambda. ii. chromosomal attachment of the b2 mutant. | 1965 | 5321953 | |
| kinetics of bacteriophage lambda deoxyribonucleic acid infection of escherichia coli. | barnhart, benjamin j. (los alamos scientific laboratory, university of california, los alamos, n.m.). kinetics of bacteriophage lambda deoxyribonucleic acid infection of escherichia coli. j. bacteriol. 90:1617-1623. 1965.-the kinetics of escherichia coli k-12 infection by phage lambda deoxyribonucleic acid (dna) were determined. an initial lag of 55 to 80 sec was found to be the time required for infecting dna to become deoxyribonuclease-insensitive at 33 c. when cell-dna interactions were stopp ... | 1965 | 5322721 |
| intracellular state of the chromosome of bacteriophage lambda. i. the eclipse of infectivity of the bacteriophage dna. | 1965 | 5323478 | |
| evidence of different mechanisms for ultraviolet reactivation and "ordinary host cell reactivation" of phage lambda. | 1965 | 5840892 | |
| endolysin from mutants of bacteriophage lambda. | 1965 | 5845005 | |
| [multiplication of lambda phage in bacteria devoid of enzymatic activity for repair of lesions induced by ultraviolet rays]. | 1965 | 5851017 | |
| cohesion and the biological activity of bacteriophage lambda dna. | 1965 | 5859045 | |
| [biologically active lambda phage dna]. | 1965 | 5872303 | |
| inhibition of escherichia coli and bacteriophage lambda messenger rna synthesis by t4. | 1965 | 5326385 | |
| the formation of superinfection-double lysogens of phage lambda in escherichia coli k-12. | 1965 | 5318339 | |
| repression of the c2 and c3 cistrons of phage lambda in a lysogenic bacterium. | 1965 | 14277067 | |
| multiple sites of interaction with host-cell dna in the dna of phage lambda. | 1965 | 14283205 | |
| effect of ultraviolet radiation and the induction of vegetative reproduction of phage lambda on the ultracentrifuge pattern of extracts of escherichia coli. | 1965 | 14287201 | |
| [influence of bacterial host genotype on lambda phage mutation produced by ultraviolet radiation]. | 1965 | 14290927 | |
| host specificity of dna produced by escherichia coli. iv. host specificity of infectious dna from bacteriophage lambda. | 1965 | 14292250 | |
| control of viral messenger rna after lambda phage infection and induction. | 1965 | 14294071 | |
| studies in the physiological genetics of some suppressor-sensitive mutants of bacteriophage lambda. | 1965 | 14319719 | |
| [the (lambda)-phage induction and its use for testing carcinostatics]. | 1965 | 14347928 | |
| a discrepancy between genetic and physical lengths on the chromosome of bacteriophage lambda. | 1965 | 14258073 | |
| molecular mechanisms of genetic recombination in bacteriophage. iv. absence of polynucleotide interruption in dna of t4 and lambda phage particles, with special reference to heterozygosis. | 1965 | 14267273 | |
| repression of lambda-associated enzyme synthesis after lambda(vir) superinfection of lysogenic hosts. | lisio, arnold l. (national institutes of health, bethesda, md.), and arthur weissbach. repression of lambda-associated enzyme synthesis after lambda(vir) superinfection of lysogenic hosts. j. bacteriol. 90:661-666. 1965.-phage lambda(vir) is a multiple mutant of lambda which is capable of overcoming the immunity of a host lysogenic for lambda, and initiating normal vegetative replication of the superinfecting phage genome. superinfection of escherichia coli k-112 (lambda(22)) with lambda(vir) re ... | 1965 | 16562064 |
| episome-mediated transfer of drug resistance in enterobacteriaceae x. restriction and modification of phages by fi r factors. | watanabe, tsutomu (keio university, tokyo, japan), toshiya takano, toshihiko arai, hiroshi nishida, and sachiko sato. episome-mediated transfer of drug resistance in enterobacteriaceae. x. restriction and modification of phages by fi(-) r factors. j. bacteriol. 92:477-486. 1966.-an fi(-) r factor, which restricts phages lambda, t1, and t7 without modifying them, was found to restrict and not to modify an f(-)-specific phage, w-31, in escherichia coli k-12, but not to restrict phage p-22 in salmo ... | 1966 | 16562138 |
| host controlled modification of the transducing activities of lambda phage. | transducing lambdadg produced by growth in escherichia coli c is restricted in its ability to transduce the galactose genes into e. coli k. plaque-forming lambda grown in c is similarly restricted in providing the helper function for transduction. however, at higher multiplicities of infection restricted lambda shows cooperative effects in providing helper function (analogous to those seen in the initiation of a lytic cycle), and the helper function may equal or exceed that provided by unrestric ... | 1966 | 18611467 |
| the appearance of circular dna after lysogenic induction in escherichia coli cr34(lambda). | a circular (non-ended) form of dna is synthesized both after ultraviolet light and after thymineless induction of the lysogen escherichia coli cr34(lambda). this new dna species is shown to have characteristics identical to the circular dna formed from lambda phage dna immediatelyafter infection. thus, the formation of a circular lambda dna isnot limited to that derived directly from an infecting phage dna but is also formed during the normal replication of the lambda dna after lysogenic inducti ... | 1966 | 19768868 |
| the steric effect in lysogenization by bacteriophage lambda. 3. superinfection of monolysogenic derivatives of a strain diploid for the prophage attachment site. | 1966 | 5328228 | |
| acridine orange- and methylene blue-sensitized induction of escherichia coli lysogenic for phage lambda. | 1966 | 5331915 | |
| 5-methylcytosine in the host-modified dna of escherichia coli and phage lambda. | 1966 | 5335758 | |
| multiple units of transcription in phage lambda. | 1966 | 5237196 | |
| thermodynamic and kinetic studies on the interconversion between the linear and circular forms of phage lambda dna. | 1966 | 5912035 | |
| inhibition of the formation of superinfecting bacteriophage lambda repressor with chloramphenicol. | 1966 | 5915186 | |
| defective biotin-transducing mutants of bacteriophage lambda. | 1966 | 5921649 | |
| control of exonuclease and endolysin synthesis during development of bacteriophage lambda. | 1966 | 5924640 | |
| bacteriophage infecting the myxobacterium chondrococcus columnaris. | kingsbury, david t. (university of washington, seattle), and erling j. ordal. bacteriophage infecting the myxobacterium chondrococcus columnaris. j. bacteriol. 91:1327-1332. 1966.-during a series of screening experiments, seven bacteriophages which infect the pathogenic myxobacterium chondrococcus columnaris were isolated. of these, one was chosen for detailed study. this phage has a wide host range among strains of c. columnaris, but does not infect other myxobacterial species tested. morpholog ... | 1966 | 5929758 |
| low-density particles of bacteriophage lambda. | 1966 | 5936631 | |
| a procedure for the extraction of dna and protein ghosts from bacteriophage lambda. | 1966 | 5937325 | |
| intracistronic mapping of the structural gene for lysozyme in coliphage lambda. | 1966 | 5945716 | |
| a denaturation map of the lambda phage dna molecule determined by electron microscopy. | 1966 | 5966296 | |
| on the internal structure of bacteriophage lambda. | the structure of bacteriophage lambda has been studied by electron microscopy of negatively stained particles. the phage particles will eject their dna if they are heated or dialyzed against a chelating agent. the ghost particles, so formed, have a channel running down their tails. since the channel is not visible in normal particles, the channel may be filled with part of the dna molecule. up to 30% of the ghosts contain round objects about half the internal diameter of the head. the round obje ... | 1966 | 5967429 |
| the structure and function of the dna from bacteriophage lambda. | the position and orientation of genes in lambda and lambda dg dna are described. the position of six genes located in the right half of isolated lambda dna was found to be -(n, i(lambda))--o-p---q-r-(right end of dna), which is their order on the genetic map of the vegetative phage. the order of the three genes of the galactose operon (k, t, and e) located in the left half of lambda dg dna was found to be (left end of dna)----k-t-e-, consistent with campbell's model (5) for the formation of this ... | 1966 | 5967430 |
| some properties of dna from phage-infected bacteria. | replicating t5 or lambda phage dna has been labeled by adding tritiated thymidine for short periods to cultures of phage-infected escherichia coli before isolation of intracellular dna. two procedures are described for separating t5 replicating dna from dna of intracellular phage particles. both t5 and lambda replicating dna had the same bouyant density in cesium chloride as dna from phage particles but sedimented faster when centrifuged in sucrose density gradients. the fast sedimentation did n ... | 1966 | 5338559 |
| studies of heat-inducible lambda-phage. 3. mutations in cistron n affecting heat induction. | 1966 | 5339322 | |
| methylated bases in the host-modified deoxyribonucleic acid of escherichia coli and bacteriophage lambda. | gough, michael (brown university, providence, r.i.), and seymour lederberg. methylated bases in the host-modified deoxyribonucleic acid of escherichia coli and bacteriophage lambda. j. bacteriol. 91:1460-1468. 1966.-the deoxyribonucleic acid (dna) from strains of escherichia coli and phage lambda was examined to determine whether the types or amounts of methionine-derived methylated bases present correlated with the host-specific modification of that dna. the dna of strain c600 (which has k-12 m ... | 1966 | 5326110 |
| intracellular forms of lambda deoxyribonucleic acid in escherichia coli infected with clear or virulent mutants of bacteriophage lambda. | weissbach, arthur (national institutes of health, bethesda, md.), allan lipton, and arnold lisio. intracellular forms of lambda deoxyribonucleic acid in escherichia coli infected with clear or virulent mutants of bacteriophage lambda. j. bacteriol. 91:1489-1493. 1966.-infection of either the sensitive or lysogenic strain of escherichia coli k-112s by lambda(+) leads to the formation of a new phage deoxyribonucleic acid (dna) species having the properties of a twisted circular dna duplex. this ne ... | 1966 | 5326113 |