How can we collaborate between pharmaceutical biotechnology and the nanotechnology ?

Pharmaceutical biotechnology and the nanotechnology offers new tools, opportunities and scope, which are expected to have a great impact on many areas in disease diagnostics and therapeutics.

Pharmaceutical biotechnology and the nanotechnology which called Pharmaceutical nanotechnology is an emerging field that could potentially make a major impact on human health. Nanomaterials promise to revolutionize medicine and are increasingly used in drug delivery or tissue engineering applications. Newly developed hybrid systems seem promising for future applications in human. Functional and multifunctional approaches have tremendous potential in temporal and spatial controlled delivery of bioactives. A modular approach to construct delivery systems that combine targeting, imaging and therapeutic functionalities into nanoplateforms is emerging as intelligent concept. These multifunctional nanoplateforms would localize to target cells, enable diagnostics and subsequently deliver therapeutics with great precision. But such approaches to nanodevice construction are inherently complex. One very interesting and novel future strategy is to devise a nanomachine, which can detect and attack pathogen simultaneously, detect the change in molecular event during diseased state, and also monitor the efficacy of treatment. However such intelligent machine (also knows as nanorobots which can serves as mini onboard computer in human body) is very far reaching concept.

Today, nanotechnology is a widely used tool for carrying biotechnological drugs and medicines. This technique has already been shown to be effective in the production of more effective drugs such as vaccines and other pharmaceutical products

Enter nanotechnology, which holds promise for reducing overall medical costs, improving outcomes, and adding value to drug therapy — mostly by increasing the efficiency of drug discovery, disease detection, and drug delivery.

Pharmaceutical biotechnologie focus on research of drug by several universal methods natural and artificial ones. but nanaotechnology consist on global science of very small object specially nano ones and consist on informatics technology and biology...  

This will be, God willing, by combining the biological, doctor and pharmacist, with good funding, wise management and safety with the idea

There is a relationship with each other and users in the near future. Cases that you need at the moment, indicates that these products indicate that these drugs are used in situations that need them at the present time. Treatment can begin for different types of diseases, mainly cancer, infections, and heart disease. There are two types of nanoparticles that work inside cells. In the first type; He made use of microscopic devices and particles in the paramedic areas of the human body, example picture; The natural skin in their bodies, the process of using them in a natural surgery, and a surgical process spread in the atmosphere of a country, and mouthwash can be made that identifies and destroys pathogenic bacteria, and many beneficial microorganisms in the air are active in an environment appropriate to them. Back out of the alternate tables of backgrounds and back to the alternate cells of cells and cells in cells. Attempting to modify or stimulate the defect in cells and tissues to destroy cells. Tmt price Aljhdh Almntweh Almntweh Almntweh Almntweh Almntweh beneficiaries Almntafrh Almntafrh, here is here Almntafronat Almntafrh.

we can use nanotechnology in alot of pharmatical drugs and wound dressing and drug dilivery

That is a very broad question.  A thorough answer would require writing a book.

Although I am not a PhD expert on the subject, I would say biotechnology in general is one of the most involved applications of Nanotechnology given that most basic structures of biology (e.g. DNA, amino acids, proteins, etc.) have at least one size-parameter at -or near- the nano-scale.  Moreover, most pharmaceutical drugs are based on nano-scale structures.  Basically, at a certain level they both converge to be one science.

pharma biotechnology uses biomolecules and organism,where nanotechnology uses sythetic nano inorganic materials ,these two may be combined in nanobiotechnology 

Nanotechnology "is a generic term that describes applications in many scientific fields but generally covers research on the principles and properties existing at the nanoscale, that is to say at the level of atoms and molecules . The goal of nanotechnology is to produce objects or materials smaller than 100 nanometers. These nanomaterials are composed of nanoparticles which, unlike very fine particles of natural origin or from a combustion, are produced intentionally. The nanomaterials may be metals, ceramics, carbons, polymers or silicates which have the advantage of having specific characteristics Nano-biotechnologies located at the nanoscience interface and biology. They take advantage of the methods of miniaturization and manufacturing collective development for micro and nano-technologies so to create new tools study of life or new means of action on cells or organisms living.

By developing R&D for nanotechnology-based drugs and instruments to increase the commercial aspects of the already available research.