While there is a lot of useful and educational information on the internet, parents should regulate the internet use of their children. Children get distracted, spend more time on harmful web sites, and avoid social interaction. Money as a motivation for good grades is an option. The approach of encouraging the children to get good grades by paying them can be a model of the real world situation. If you work hard and get good results, you will get paid accordingly. This way of encouragement is acceptable and can be used by parents. The line between exaggeration and lies analysis in advertising. There are not enough regulatory norms to make the modern advertisement less deceiving. The line between exaggeration and lies is not clear and the products advertised turn often dont meet the customers expectations.
Even though there are some examples of successful people without a college degree, everybody should go through this stage of self-development. The years in college give you resume knowledge, improve your soft skills, and connect you with other bright people who can help you get to the top in the future. Personal information on the web should have a legislative basis. Even though we cant imagine our life without social media, we have to be careful about the information we provide as it can be used for research reasons. There should be specific laws about the availability of big data and who can use it because it will be easy to manipulate peoples minds, gather the personal information without permission and use it for someones benefits. Landing on the moon is a fake. Despite the presence of a documentary video of landing on the moon, it should be recognized as the biggest fraud. The details of the video and the fact that we still have not made a come back there after more than 40 years indicate that it could not be filmed on the moon surface. Parents monitoring their children internet use is the right thing.
The morality of atheists and theists. Even though atheists do not have an instruction of good behavior provided by the superior beings, they are not less moral than theists. They have their own moral compass and laws established by society to differentiate good deeds from the bad ones. Testing drugs on animals is the sacrifice we have to make. The greatest value we have is a human life. If testing a new drug on a cute little rabbit could result in saving your mother or father from a terminal illness, then this is the sacrifice we need to make. Animal testing can lead to our healthier future, less incurable diseases, and more saved lives. Getting a university diploma is necessary.
Thesis, opportunities, petroleum Engineering Program
What does a good thesis statement look like? There is one big tip on writing a good essay almost every article on the web gives you. Its to come up with a clear and specific thesis statement. But how one does it? You need to understand what is the main idea of your paper and how to communicate it in a comprehensive and concise way. Here are some of the thesis statement examples to help essay you make this task less problematic.
Thesis statement formula, as you can see, there is no universal thesis statement formula as every type of a writing assignment requires a different approach. In some cases, you will have to include counterarguments, and in others presenting solely your point of view will suffice. Here are a couple of examples: While there is a common belief that., a closer examination proves that. Despite the., the recent facts show that. The reason for is and as a result. Contents: Argumentative essay, endorsement of child labor by international companies should not be supported. Consumers should not buy items from the countries that endorse child labor because this kind of financial approval encourages big corporations to increase the production, the exhaustion of a childs body can lead to severe health problems, and the hard work deprives children of their.
Developmental biology is concerned with processes that give rise to tissue and organs and define the form and geometry of multicellular organisms. Plant embryos are ideal platforms to study developmental processes, due to their small size and rigid cell walls that inhibit cell-movement. In collaboration with the group of Prof. Dolf weijers we have developed a model of growing plant cells that captures the formation of hormonal response zone that lead to formation of vasculature in Arabidopsis embryo. The model output is a qualitative pattern of hormonal response in a cross section of the embryo.
Due to the absence of quantitative data regarding the cell-by-cell readouts of hormonal responses, the model output cannot be assessed against quantitative data. However we have gfp-readout data available, which can be used to estimate the relative level of hormonal responses in the cells. The project would involve the development of methods to recognize and score the patterns of hormonal responses generated by the model against the available data. Such methods would then be implemented in a cost function, which would be use to analyze the model behavior via parameter sweeping, sensitivity analysis and optimization. Methods, computer simulations, Ordinary differential equations, parameter sampling, Spatial pattern analysis, Optimization, python and/or C programming. Literature, merks, roeland mh,. "VirtualLeaf: an open-source framework for cell-based modeling of plant tissue growth and development." Plant Physiology 155.2 (2011 656-666.
Thesis opportunities - laurea-ammattikorkeakoulu
If wanted, there could also be some modeling work in the area of development of plant vasculature included in the project. Methods, c programming, monte-carlo-simulation, cell mechanics, Ordinary differential equations. VirtualLeaf: an open/source framework for cell-based adoption modeling of plant tissue growth and development. Plant physiology, 155:656-66, 2011. Roeland Merks, cwi, amsterdam, nl ( ) and Prof. Jan Broekhoven, comp at University Antwerp, be ( /en/rg/comp/ ). Please write an email to: quantifying patterns: analyzing a mechanistic model of vasculature formation in Arabidopsis embryo.
This system was initially constructed by the group of roeland Merks in Amsterdam to model the development of plant leaves and leaf vein formation. In our group we use the framework to model the vascular initiation during embryogenesis in plants. Whereas for leaf development it is sufficient to use only a two-dimensional model for most applications in plant modeling there is much benefit from using a three-dimensional model. That's why we started to extend the existing framework to simulate three-dimensional domains. The work we are offering here is to implement this software; the scope of the project will depend on the background and the skills of the student. The framework is written in C so the student should have some experience in c and/or other object-oriented programming languages. Knowledge of cellular mechanics and/or biophysics and a solid background in math is preferred but not essential.
Grima form Edinburgh, uk ( ml ). Please write an email to: Implementation of a 3-dimensional modeling framework for plants. Virtual leaf is a modeling framework to implement dynamic models in a larger system describing growing plant tissue. The framework is capable of simulating plant cell growth and cell division according to kinetic reactions taking place in every single cell at the same time.
Although extrinsic noise is prezi attracting increasing interest, the mathematical treatment is still in the beginning and mainly based on simulations. In this master thesis project we investigate a perturbative approach to understanding the interplay between intrinsic noise on a short time scale and slowly fluctuating extrinsic variations. The work will be based on a previous master thesis done in this group and will consist of investigating through computer simulations the quality and also the limitations of the already derived systematic expansion. Methods, master equation, time-scale separation, Asymptotic expansion, Stochastic differential equations, Stochastic simulation, C/C programming. Stochastic simulation of chemical kinetics. Annual review of Physical Chemistry, 58(1 3555, 2007. Colored extrinsic fluctuations and stochastic gene expression. Mol Syst biol, 4:196, 2008. Siggia, and Peter.
MSc, thesis opportunities - wur
Coupling of intrinsic and extrinsic noise in biological systems. Models for biological processes on a molecular level consist of elementary or complex reaction networks that describe the interactions between key components of a process in question. The basis for these models is the chemical master equation. It describes the time evolution of the probability that each component has a specified copy number at a given time. In about most cases, the probabilistic chemical master equation cannot be solved exactly so it is necessary to apply a systematic approximation. In general, the description is split into a deterministic differential equation for the macroscopic dynamics and so-called intrinsic fluctuations. The intrinsic fluctuations are significant in case of small copy numbers and they are relatively well understood. However, cellular variation is predominantly generated by extrinsic fluctuations that non-specifically affect many system components, for example fluctuations of the number of ribosomes. Many mathematical tools have been developed for the treatment of intrinsic noise.