The input file you uploaded still has an %scf block. So maybe I misunderstood your post. Would you please upload the output file? It would it make easier to see why the calculation is interrupted. By the way, if you use RIJCOSX you should also increase the Gridx to Gridx5 or Gridx6 for example.

thanks for reply. I contacted AIIMS and IIT-Delhi for SEM service and they both replied that there SEM/TEM systems will not be functional for 3-4 months. So i am looking for any other institution.

Hi How you collected, I want to know? Now-a-days frequently I am collecting hemolymph but no coagulate. Please more clarify ur methods and purpose.

The BioMedcentral journals are all open access. Go to http://www.biomedcentral.com/journals for the full long list of the many journals involved.

Since you don't do oxygen plasma treatment, your ITO workfunction will be somewhere near 4.6-4.8. NPB has a LUMO of 5.2 eV. That means the offset can be as large as 0.6eV. This is one reason why your turn-on voltage is high. I don't think there is a problem in depositing LiF right after Alq3. In fact this is how it is done in many standard devices. HBL is required mostly for phosphorescent systems. ITO smoothness is very important as far as the pixel-burning is concerned. You might want to increase the NPB thickness to 90 or 100nm.

Wow! This is an interesting problem. I also never worked with landfill and I'm not an expert on Methane emissions (although they are also very interesting). But I can tell you the two things I would go for: if the orography is appropriate (relatively flat surface and at least 200-300 m in diameter), I would use eddy covariance technology. Fast analysers for methane now exist and it will tell you a lot on the fluxes of the two gasses change in time. But it has some costs, you would probably have to spend about 70-90K euros. another option could be to use the concentration gradient. This approach is used to monitor CO2 efflux continuously. Basically you have to purchase CO2 concentration sensors that you insert at different depths in the soil. In your case: just beneath the soil layer used to cover the landfill; at an intermediate depth; 10 cm below surface and 20 cm above it. To calibrate the efflux estimated from the gradient, you will have to measure the CO2 efflux with an infrared gas anaylser (Licor 8100 for example). This method works perfectly with CO2, but I don't know if sensors are available for methane. it has the advantage of costing at lot less than eddy covariance (each gradient will cost you around 1500 euros). Hope I was able to give you some useful information. Let us know how you solved the problem, Best, Simone

No, Eik, I think you did not get me (or did I make a typo using the wrong sign somewhere?). P(p>0.9|H0) = 0.1, that's right, but this would be a test against H1, not against H0. But I was referring to P(p<0.9|H0) = 0.9 as a test against H0, and two such tests but with p<0.9 have a chance under H0 of p^2=0.81 (the "collective evidence"), what still is quite insignificant.

Dear Anna, the real problem in Populus tremuloides, Populus alba is not the wax but the problem is caused by the hair. If you use some simple adhesive tape to remove them you'll solve your problem.

It's the expectation value of the angular momentum in the ground state which is zero.

increase the BSA or milk concentration in the blocking buffer

Http://www.atlas-roslin.pl/

Dear Professor Juan-Esteban In applied mathematics the term singularity is used to indicate that a conventional way of modelling a certain physical process mathematically leads to consequences which for variuos reasons cannot be accepted. This definition implies that the assessment is made on the basis of some physical criteria associated with what features of the process should be modelled, i.e. the criteria which lie outside the mathematics of the problem, though in some cases non-existence of a solution makes the formulation of the problem unacceptable also from the purely mathematical point of view. If a solution exists but some physical arguments indicate a `singularity', one has to find out whether it appeared due to simplifications and/or additional assumptions made in the process of obtaining the solution or whether it is inherent in the very formulation of the problem. In the former case, the singularity can be removed mathematically by relaxing `extra' constraints, i.e. without altering the underlying model. In the latter case, one has to look for those physical processes which are not accounted for in the conventional formulation and generalize the model itself. In comptational fluid dynamics, singularities pose immense challenge. It is here that singularities are problems of mathematical modelling and not of mathematical techniques. Any attempt to bypass the difficulty using some ad hoc criteria would reduce the modelling to a semiempirical level thus making the whole numerical exercise entirely pointless. For more on this and review of cases please refer to: Goldshtik, M. A. 1990 Viscous-flow paradoxes. Annu. Rev. Fluid Mech.22, 441-472.

Send me your e-mail, I have some thing for you. http://www.youtube.com/watch?v=lFo3hZpVut8 http://www.youtube.com/edit?video_id=lFo3hZpVut8&video_referrer=watch&ns=1 ALLAH Hafiz Taibi ====================== Editor-in-Chief, Taibi BEN HADDA Journal of Medicinal Chemistry and Drug Discovery "(JMCDD) Link: www.jmcdd.org, E-mail: editor@jmcdd.org Mohammed First University Faculty of Sciences Materials Chemistry Laboratory 60000 Oujda. Morocco Phone: (+212) (0) 6 66 13 41 78 Fax: (+212) (0) 5 36 50 06 03 E-mail: taibi.ben.hadda(acrobat)gmail.com http://www.researchgate.net/profile/Taibi_BEN_HADDA/publications/ http://pubmedcentralcanada.ca/pmcc/ ====================

Thanks for all answers with regard to Mr. Heidarian, I wanted to add that I have followed the same procedure (stirring+subsequent ultrasonication) but the NFC was not well-dispersed. May be I should try longer hours. In answer to Mr.Touaiti, I have not tried viscosity yet.. Your guide gave me an 'Aha' since I have read articles proposing this method as one of the possible methods for maximizing dispersion. SEM is very expensive, though. Thus rheometry would serve my purpose, I guess.

Hi Lindsey, I am a bit confused because your positive control indicates a fragment size of about 200-300 bp, so what does this control contain? Several of your samples also show bigger clouds with same size. Based on the information that you also had high nanodrop-values I would guess that there is indeed a higher amount of RNA molecules in your samples. What one can also see is a smear from 12,000 to 100 bp. I would assume that this is sheared gDNA which should be fine for PCR. If I were you, I would first try to further digest the RNA to get more reliable nanodrop measurements. If that does not work out, try to make the PCR without this step but then you need to carefully adjust the amount of sample within each PCR reaction.

If you can prepare your samples in non-reducing conditions (meaning without Mercaptoethanol or DTT in your sample buffer) you can use the detection of Integrin beta 1 (Clone LM534 Only!). But Gisela is right: Membrane proteins change A LOT depending of the stimuli. The number of Integrin is usually stable if cells are adherent. At the moment that they dettach, it changes. If the Coomassie staining proposed by Gisela works for you, I would recommend you to use a "whole lane protein content" as standarization factor. Good luck!

Data: Combined characters for the purpose of processing Information: Action-relevant knowledge More input can be found here: http://www.diffen.com/difference/Data_vs_Information http://www.infogineering.net/data-information-knowledge.htm http://wiki.answers.com/Q/What_is_the_difference_between_data_and_information_in_computer_terms

I teach mostly psychologist with almost no computer science background. Many years I used simplified Pascal with easy graphics (called ALGO) . Now it is too obsolete but C/C++ appeared to be to difficult for most of my students. This year I will try to use Processing (http://www.processing.org/). Maybe it will works :-)

Hello Andrei, all valid criticism. A few clarifications, just to avoid misunderstandings: HEK293 is an adherent cell line but with low attachment to the surface. They can be easily flushed off with a pipette. In some protein production experiments, they can be tricked into suspension cell culture as to increase protein yield. In my case, I used them as adherent cells. I used DMEM + high glucose (4.5g/l) + GlutaMax + 10% FBS + 1% PenStrep as medium for all flasks in the first round of experiments. cosy 37°C, 5% CO2 in humid atmosphere. So, equal treatment for all cells in the same incubator. If you can spot sub-optimal conditions, I would be happy for you to do so. 293 cells were transformed with an adenovirus, while 293T cells were 293 cells immortalised with the large T antigen and are resistant to neomycin. I certainly used 293 cells, as the non-transfected cells were sensitive to G418. Random integration of the insert: certainly correct.

Hi Vladimir, thank you The species is Lesser Kestrel Falco naumanni. I'm interested in particular in habitat preference, I've done analysis using Neu, chi-square and Bonferroni both on single home ranges vs study area, and on the overall home range vs study area. The results are the same (at 5% level of significance), it's only that I'm in doubt if it's more correct the analysis on the 9 home ranges separately, or on the overall home range that I achieved by putting GPS points together

I would highly recommend to use the Karolinska Sleep Diary to determine sleep quality. See the attached paper.

As Martin said, the critical point is the downstream application. I've never purified a cDNA, and for standard applications (PCR, qPCR,....) I don't think it is necessary. The 260/280 ratio can be lower because in the reaction you added proteins, reverse transcriptase, RNAse inhibitor that will raise absorption at 280.