Intellectual Software Unit(s)

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Welcome to CBBE.
Here you can achieve another option to enhance your performance of biochemical research.

Now, Perform your research with 'Intellectual Software Unit(s)' specifically designed for your research problem(s).
Q1. What do CBBE need from you?
Answer from CBBE: Name of the potential Drug/known Compound against your disease for which you are designing your compounds, but you don't know that whether your designed molecule will work with biology of that disease or not.
Q2. What will CBBE provide to you?
Answer from CBBE: CBBE will provide the information about your designed compounds, that your compound will work like the potential Drug/known Compound or not. i.e. whether your designed molecule may be the possible functional analog of that potential Drug/known Compound or not. The information will be based on computationally designed In-vitro experiments for Biology of that disease (Along with complete reference of experiment). 
Q3. What about 'Intellectual Software Unit'?
Answer from CBBE: 'Intellectual Software Unit(s)' are 'computationally designed In-vitro experiments' which completely defines the biological research linked with newly designed compounds. You may perform examination of your designed molecules via 'Intellectual Software Unit(s)'.
For it you should pay a very small cost of software development as 'Intellectual Software Unit(s)'.
This 'Intellectual Software Unit(s)' will be provided to you in CD / USB-drive (along with Manual to use and interpretation of results)
Q4. Why should you use 'Intellectual Software Unit(s)'?
Answer from CBBE: By using 'Intellectual Software Unit(s)', you will be free to use unlimited use to check your compounds.

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Add-on to CBBE's adventure:

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We are happy to introduce that, now CBBE is also dealing with software development for computational form of in-vitro and in-vivo experiments. You can use these software for pre-experiment evaluation of <YOUR COMPOUND> on animal cell system, directly. These software are in-silico version of in-vitro and in-vivo experiments, developed on Machine Intelligence System. Here is one of the example, which may be of your interest:

Software for: Effect of <YOUR COMPOUND> on GABA-induced currents in adrenal medullary (AM) whole-cell. It presents the Dose-dependence of <YOUR COMPOUND>-induced enhancement of GABA(a)R channel activity. Positvity control, for calibration of software, used in this software is Allopregnanolone. 

[For basic information of Allopregnanolone from wiki source: Allopregnanolone, also known as 5α-pregnan-3α-ol-20-one or 3α,5α-tetrahydroprogesterone (3α,5α-THP), as well as brexanolone (USAN), is an endogenous inhibitory pregnane neurosteroid. It is synthesized from progesterone, and is a potent positive allosteric modulator of the action of γ-amininobutyric acid (GABA) at GABA-A receptor. Allopregnanolone has effects similar to those of other positive allosteric modulators of the GABA action at GABA-A receptor such as the benzodiazepines, including anxiolytic, sedative, and anticonvulsant activity. Endogenously produced allopregnanolone exerts a pivotal neurophysiological role by fine-tuning of GABA-A receptor and modulating the action of several positive allosteric modulators and agonists at GABA-A receptor.]

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Except this, if you are interested in any other in-vitro and in-vivo experiments for your study, you can send your query to CBBE. CBBE will provide, simply an in-silico version of the in-vitro / in-vivo experiments of your choice. CBBE is providing such software at minimal cost without bargaining.