The UTI should be treated, the stones should be removed. It is possible to remove the the residual adenomous tissue in the same session.

I published on this, way back in 1980, in a now-defunct journal, Marine Biology Letters ("Time course of light intensity adaptation in a marine diatom", Mar. Biol. Lett. 1, 175−183). I used a continuous culture of a diatom, and wanted to discriminate between cell growth and physiological acclimation. If memory serves, it took a day or two.

Anyway in the vector is ok i think

Thanks guys!

OK. What I'm trying to point out is that slavish adherence to a diagnostically-sketchy DSM rule does not lead to improved clinical outcomes. My diagnosis of schizophrenia in the elderly gentleman that I mentioned previously did not rest on splitting hairs about the bizarreness of his uber-Capgras delusion. If you know of any data supporting the importance of the bizarre vs. non-bizarre distinction--in isolation from the rest of the clinical picture--for prognosis, treatment, or anything else of clinical importance, I'd be very interested to see it. Again, the distinction is usually easy to make, and in borderline cases where the call could go either way, there is no point in making the distinction at all. And for what it's worth, I believe that the CIA poisoning the random college student's toothpaste is well outside "normal human experience." I don't believe that anyone has ever proposed that particular decision rule.

If you are using a pUG or pFA6a- based disruption cassette plasmid, the HIS3 marker will be driven by its own promoter (either HIS3pr or TEF promoter) and have its own terminator (again native HIS3ter or TEF ter). In practice, it doesn't matter which orientation you plan for the marker (especially for the heterologous TEF pro). For consistency of primer design, I always design my disruption primers so that the marker is in the same orientation as the ORF. As Helen mentioned it is possible that the endogenous promoter could influence expression of the marker gene, but I think this is rare, and would only be a problem if the endogenous promoter is very strongly repressed at the chromatin modification level (subtelomeric genes or silenced genes). There are three possible problems I could foresee. 1) Trivial problem is that your ORF is essential. You don't mention this, but I assume you checked SGD to determine if the target ORF is essential or not. 2) Second possibility is that you simply designed the primers incorrectly. If you downloaded the sequence for the target gene (ORF + flanking DNA) from SGD, it will be in the orientation of the target ORF regardless of whether the ORF orientation is Watson or Crick. Hence the annotation stating that the ORF is Crick strand, although this is obvious from the ORF systematic name (e.g. YPL004C) . Since your cassette PCRs are working, the primers must have the correct order of having the 40-60 bp of ORF flanking regions 5' to the 20 bp of homology to the cassette. However, double check that the orientation of the 40-60 bp sequence is toward the ORF and not accidentally reversed for one or both primers (i.e. one primer should be straight from the flanking sequence and the other should be the reverse complement, not just the complement or just the reverse). It's easy to mess the primers up if you don't have a good sequence analysis tool to double check your designs and compare the primer orientation to your reference sequence. I really like SnapGene for this. 3) You're getting recombination of the cassette with endogenous HIS3. Since you say that you "do not get any recombinants after transformation" this could mean that you get transformants, but when you PCR test their genomic DNA, the target ORF is left intact. If your strain is not a his3 deletion strain, the cassette could be integrating there. There are two ways around this - use a his3 deletion strain, or use a HIS3 cassette that actually uses HIS3 from K. lactis or S. pombe (these are more common than disruption cassettes that use the native S. cerevisiae HIS3). Hope this helped.

Well, after reading most of the above, I think the main question you should ask yourself is not the actual distinction between the two (if any), but THE PERCEPTIONS of these terms in society and ideally in a more specific historical and cultural settings, which I hope you are aiming for. Above there is a great example of the diverse attitudes of those terms. It is irrelevant what they actually mean, since there are multiple meanings to it attached in different times and by different people, but what is RELEVANT is the way we use them to justify our behavior and our decisions and the way some exercise power over others based on these understandings. You did mention in your question that there are a variety of views, MAKE these views te centre of your research, rather than looking for the one and only truth. This is my opinion.

Thanks Robert – yes and yes. One, yes my response was pretty cloudy (in reducing lots of notes the connecting arguments got left out). And two, our definitions of labels do seem to subtend future reasoning with regard to the process we are trying to define. As you noted, if we don’t “think of cognition” in terms of that definition including the amygdala, then it won’t. And thank you for saying cognition is not really about “…indeed to knowing things with certainty!” because that is my definition of it – what is “cognition” if not cognizance of uncertainty and drive to overcome doubt? The drive to explain certainty elevates from uncertainty; but uncertainty is anxious, not pragmatic, and certainty is inattentive to doubt, not attentive to it. Goals without drive (urgency of some kind) do not often get done; reasons hide emotional doubts. Jaume’s study suggested to me, that influence is inside of us, more than outside of us. Disgust is a cognitive label we have come to agree upon as the summary symbol for a collective anxiety against illness. But we have forgotten is was once fear of illness, and now attribute cognitive dimensions (rightness/wrongness) to substantiate our collective amnesia. Whether we look at the development of cognition by way of individual human development or as a species, we began life – either way – without true cognitions at all; therefore I think, cognition is not preexistent, neither is affectation a rationally deferred process. It must be the other way. We started as infants or began as creatures in prehistory with only afference and efference (influence) as contending stimulus/response rates potentially impeding our survival – so we quarantined our side of the response rate (emotion, personally or socially) to survive, not because we are non-affective by nature, but because we are so affective it has become a tool of cognition. As a species, we “decided” to inattend the rate of urgency most other creatures must attend, by encapsulating our urgencies into substantively-deferred summary labels (social emotions) and that became our advantage. Please think of urgency not as fear, but potential loss of opportunity or future fear of grief – this is still cognitive, too. By not attending incumbent urgencies outside our desire or control, we now find time to fashion our own, which we do feel control and possession of. Illness is the one “breach” in our wall of cognitive defenses; it lets us see how vulnerable we really are, and what we have done to hide that from ourselves.

No dear Thomas. There is no evidence of fumarole in the region. Thanks. I think it may be the effect of hydrothermalism as suggested by Prof James White.

I took the position of a medical doctor. To my understanding the nursing position is not different. We all work in a team, everyone adding his competence. The philosophy of the team members should be the same irrespectible to the professionals origin.

Quote Gregg A.: "From a practical perspective though, I think it's perfectly fine to say that all devices we know how to build that can amplify signals are fundamentally non-linear devices, because it's true" Yes - I agree. However, this must be considered as a necessary condition only. That means: All devices capable to amplify are necessarily non-linear. But to serve as a basis for a definition (active/passive) , I think it must be also a sufficient condition like: All non-linear devices are capable to amplify. Is this the case? I don`t think so. Lutz

The experiment is on in Australia, where it was introduced last year.

To give a few starting points to this complex field: The EDNA calculation tool from Keith R. McIntosh and Pietro P. Altermatt is perfectly suited to investigate this topic. It calculates saturation and collection currents for the dopant profile of interest. You find the tool here: http://www.pvlighthouse.com.au/simulation/Hosted/EDNA/EDNA.aspx EDNA Reference: K.R. McIntosh and P.P. Altermatt, “A freeware 1D emitter model for silicon solar cells,” Proc. 35th Photovoltiac Specialists Conference, Honolulu, pp. 2188–2193, 2010. Further I recommend the following papers: A. Cuevas et al. The effect of emitter recombination on the effective lifetime of silicon wafers (http://dx.doi.org/10.1016/S0927-0248(98)00179-2) Cuevas, A. et al. Surface recombination velocity of highly doped n-type silicon, J. Appl. Phys., 80 (6), 3370-5, (1996). King, R.R., R.A. Sinton, and R.M. Swanson, Studies of diffused phosphorus emitters: saturation current, surface recombination velocity, and quantum efficiency, IEEE Trans. Electron Devices, 37 (2), 365-71, (1990). P.P. Altermatt, J.O. Schumacher, A. Cuevas Numerical modeling of highly doped si:P emitters based on fermi-dirac statistics and self-consistent material parameters; Journal of Applied Physics, 92 (6) (2002), pp. 3187–3197 We also did some work on this topic, you might want to look into this paper from A. Kimmerle: http://dx.doi.org/10.1016/j.egypro.2011.06.136 Best, Daniel

Haha, I think your answers fitted in perfectly well!

I can't give an exact answer, particularly for amorphous SiO2, but every phase diagram I've found (for example, http://link.springer.com/article/10.1007%2Fs11669-007-9062-5) shows the SiO2 phase field at a single composition with negligible width. That is, solubility is very low and addition of Si to SiO2 merely results in precipitation of a second phase.

and of course, there is sustainability, which means to meet the needs of current generations, without compromising the needs of future generations.

Of course. Since many years there are various flavours of noncommutative Groebner bases around. There are books as wells as computer algebra systems. It's a different question - what kind of noncommutativity one wants, for there are many very different possibilities and needs.

@Juansher Chkareuli: It is hard to explain in a few lines, see ilja-schmelzer.de/matter for some simple introduction. A quite simple lattice of elementary cells with some other medium between them. The gauge fields, which describe different types of distortions of the lattice and the material between the cells, follow principles like preservation of the symplectic structure on the phase space, of Euclidean symmetry, of existence of a lattice realization, of neutrality of the vacuum state, and anomaly freedom. Without anomaly freedom there would be a possibility for an additional axial boson acting only on upper particles. There are two types of gauge fields which appear in this approach. First, distortions of the medium between the cells, which may be nicely described by Wilson gauge fields, and gives the strong interaction. Then, distortions of the lattice itself, which distorts the lattice Dirac equation, and gives the weak interaction. The EM field is a combination of them, so, this model has already some "unified" aspects. But there is no place for the additional fields of the usual GUTs.

Dear Prof Jens, Thanks a lot for your suggestion. I will go through the tutorials of your ASF toolbox. Regarding the setup, the PC which runs CED software is the master and the PC which presents visual stimuli is the slave. My experiment session will last for more than one hour. Suppose, during a session, if a patient/ subject feels uncomfortable with the posture or something and we may want to give a break. This time, I can stop the session from CED software momentarily and the other PC which runs Matlab will halt until it gets a trigger from CED. Hence I can resume the session when the subject is fine. I'm sure that this can do it by the other way round too. But, when we start to present stimuli in PsychToolbox, it hides all the Matlab control and it will be very inconvenient to give a break to the session from this PC. This is the reason why I kept CED software as the master.

Dear Pritish, how do we "get" absolute truth? Through which senses, intuitions or whatever could we perceive truth without changing it?

Maybe the easiest is just putting a cylindrical lens with 155-170mm focal affecting the x axis and being neutral for the y axis.

Have you already checked the gbif.org? You can find thousands of Chlorocebus records there. If you are interested, other databases for land use, human data, etc., are available at freegisdata.rtwilson.com. I hope it helps. Cheers.