Serial order

At one end of the loop of tRNA there is a ribonucleotide triplet called anticodon which is complementary to a codon on mRNA. Each codon of mRNA is read in a serial order by an anticodon of tRNA and matched. If matching occurs, the tRNA transfers the desired amino acid to the growing polypeptide chain on the ribosome. When the synthesis of a specific protein is completed, a stop codon signals the end and the synthesized protein is released from the ribosome. 

To put the column indices in serial order we must perform two successive interchanges of adjacent factors, namely,... 

It should be noted that the control conditions of Roberts and Phelps eliminated both temporal serial order cues and spatial cues, since problems were presented concurrently and their spatial positions were either randomized (Experiment 1) or placed in a circle (Experiment 2). When both sources of ordering were removed, animals showed indifference between stimuli B and D. Could rats use just serial order as a cue Davis (1992) trained rats with no spatial cues present but presented his training pairs in serial order. When tested, rats showed significant transitive inference. This finding, when combined with that of Roberts and Phelps, suggests that rats can use either spatial order or temporal order as a cue for the overall order of training stimuli. What is unknown from these observations is whether the final representations differ or are the same. That is, could a rat use temporal order to form a spatial representation of linearity or use spatial position to form a temporal representation of linearity Such questions await further research. 

Spatial Coding of Serial Order in Working Memory... 

Halford, G. S. (1984). Can young children integrate premises in transitivity and serial order tasks Cognitive Psychology, 16, 65-93. 

McGonigle, B., De Lillo, C., and Dickinson, A. R. (1992). Serial order induced search in children and monkeys. Paper presented at the Fifth European Conference on Developmental Psychology, Seville, Spain. 

The resolution in TEM is limited by lens aberrations. In contrast to optical microscopy, where by serially ordering concave and convex lenses, aberrations can be compensated and hence the wavelength of the radiation is resolution limiting in TEM lens aberrations cannot be compensated since concave electron lenses are not feasible. The objective lens is the crucial part for image defining the microscope s resolution. The quality of the objective lens is described by the constants of spherical Cs(" 0.5-3mm) and chromatic aberration Cc ( 1-2 mm). Recently, microscopes equipped with complex correctors for the spherical aberration have become available. ... 

The method evolved by Moseley (1887 to 1915) of determining the atomic number enabled chemists to ascertain, as has already been seen, the maximum number of elements that can exist in serial order between any two selected ones. As the atomic numbers of lanthanum and lutecium are 57 and 71, it is clear that it is possible for 13 elements to exist of atomic numbers between these. Now europium was the twelfth to be discovered, but no element corresponding to 61 had been recorded. This should lie between neodymium (60) and samarium (62), and as early as 1902 Bohuslav Brauner had predicted its existence. In 1926 Hopkins, of Illinois, with his collaborators Harris and Yntema, announced the discovery of a new element in the neodymium extracted from monazite sand, the lines of the X-ray spectrum agreeing with those expected for element 61. He called it Illinium. 

The ultimate discovery of hafnium is an outstanding tribute to the value of modern scientific theory. When Moseley, in 1913 (p. 3) made it possible to ascertain by X-ray methods the serial order of the elements it became obvious that an unknown element should exist of atomic number 72, lying between the rare earth element lutecium, No. 71, and tantalum, No. 73. The question then arose as to whether or not this element would be the last member of the rare earth series. 

The states of a given symmetry are labeled in serial order, la, 2a, . .., beginning with... 

I.I.2. Synthesis o/lOO Introduction of All of the Stereogenic Centers into a Naked C Skeleton by Sharpless Asymmetric Dihydroxylations in Serial Order... 

Scheme 49. Characterization of a Synthesis o/lOO, in Which an Intermediate Cjg Hydrocarbon Is Provided with Functioned Groups and All the Stereogenic Centers by Three Sharpless Asymmetric Dihydroxylations in Serial Order [99c]...

For the solution of this equation, a new set of experimental results are demanded, namely, the differential heat of adsorption, as a function of Q. Equation (18) still contains the unknown function q p, Uq). This function can, however, be eliminated when we know as a function of Q at absolute zero. At that temperature, every surface patch is filled in the serial order of its adsorptive potential, beginning with the greatest. A surface patch is therefore either completely filled or completely empty. The function q p, C/q) can be replaced with the Dirac delta function, sometimes called in this context the condensation isotherm. This results in... 

Again, in view of the symmetry of Jv-u the integrals under the sum with respect to k are the same. Thus, we may write the preceding expression after renaming particle size coordinates in serial order ... 

There are three printed indexes a name index which lists every compound name or synonym in alphabetical order a molecular formula index which lists all molecular formulae, including those of derivatives, in Hill convention order and a CAS registry number index listing all CAS numbers included in the Sourcebook in serial order. All indexes refer to the entry number. In the name index an entry number which follows immediately upon an index term means that the term itself is used as the entry name but an entry number which is preceded by the word see means that the term is a synonym to an entry name. In all three indexes an entry number which is preceded by the word in refers the reader to a specified stereoisomer or derivative which is to be found embedded within the particular entry. 

CAS Registry Number Index. Lists all CAS (Chemical Abstracts Service) Registry numbers given throughout the Dictionary in serial order. 

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