industry segments & Science focus

---

  Grounded additionally in one of TopPhD-biotechConsultant’stm degrees (business)--- 

Our oversight  of teams, labs and projects--  keeps an eye toward  business principles, realities, goals and strategies  (as well as efficiencies) and the need for excellence, quality, market size-potential, and process-production efficiency and scalability --- to enable you to stay ahead of the competition.   

    Out main PhD Consultant is trained in Science and Business, with broad business experience, and academic breakthrough discoveries, in cell biology, development, membrance, AI 3D imaging and cancer research using live human biopsies. 

   Regardless of the scientist-consultant, you can call on this secondary expertise to review, guide or help the very important efficiency, purity, and scalability aspects

   Knowing the end game, and priorities of  efficiency, yield, purity, rates and scalability--- make this rare combination of knowledge and ability invaluable.

The "end game" is "getting paid", NOT merely getting funding (unless academic or an Institute). For all others, the prize is eventual revenues & margins. Excellent efficiency-- is the only way there. The root of the word excellence is...  "Excel". 

Of late, corporations have been losing sight of that priority.  

Only quality, focus, excellent people and systems--- will get you there. 

To set on that path...  Choose a TopPhD-biotechConsultant-tn   

See the industry- fields focus above.

Discussion of financing stages, alternatives, licensing, innovative means of acquiring resources;

(NOT financial nor legal advice)

Project or lab setup, QA/QC, project management, troubleshooting or oversight;

Confirming the core basis of the start up: 

Viability and science rationale, scalability, market gap, competitive advantage, efficienciesy;

Guidance for formation, startup, hiring, contracting and/or acquisition of early startup companies across biotechnology/life science and therapeutics industries;

Due diligence on the science, technology, therapiesm demand /market niche;

Searches-analysis of papers, publications, journals, prior art and competition;

Analysis of potential-competition, market size, competitive landscape;

SWOT analysis, finding key strengths, weaknesses,, opportunities, threats and risks;

Potential corporate partner identification, strategic alliance, spin off or acquisition;

Evaluatons of commercial potential for new processes or inventions;

Strategic Analysis and assessment of

 1) scientific rationale as to "doability" and scalabilty

(not just "is the theory-hypothesis correct?" but is the process practical, simple and efficient), and

2) market potential of new products, therapies, technologies;

Business strategy and science strategy combined under proper enforcement by budget;

Operational support for start up, early stage companies, and corporate innovation turnarounds;

Quality Assurance Program, Quality control, protocols, procedures, oversight, troubleshooting;

Production and process review for efficiencies;

Direct interim management to aid start up or expansion business stages;

Competitor intelligence for business development planning (finding gaps and weaknesses);

Personnel review: Use an outsider with qualifications higher or as high as the subject---

to determine in about 2 hours, whether someone's credentials, abilities, training and experience---  are real; 

See the industry- fields focus above.

  Predictive advantage of molecular biophysics, microbiology and biochemistry as to the process, functionn or understanding of underlying science--- 

upon which every project/ venture rides: 

Molecular biophysics, molecular biology, cell biology and biochemistry ... go to the basis for all biological processes, often predictive of results and efficiencies, as well as how to implement or aid, improve or speed natural processes (enzymes, catalysts, co-factors, chaperones, etc.)

In the business sector categories at top, this page, most of the science focus and technologies are evident. 

Actual methodologies are a) in part below, and bottom of  b) in the Entrepreneurs, Scientists  and Home pages.

Our science expertise areas synergistically overlap to identify related underlying biological and molecular principles to exploit natural systems, make therapies and processes more effective, more natural and reduce costs in:

Immuno & cellular  therapies

Biopharmaceuticals/ biological therapeutics - Biologics

Cancer research, cell imaging, stages, development, therapeutics

Regenerative medicine

Stem cell, regeneration, cell biology, cellular  therapies

Research tools

Bioengineering, custom proteins, enzymes, discovery, modification, purification

mRNA specialities

Genomics

Overall efficiency., productivity review and process improvements

SEE Bottom of Entrepreneurs Page for 

 Key Topics - Subjects, Aspects and Focus of Work, Methods and Apparatus 

SEE: Historical perspective of the evolution of the fields of biotechnology- overview 

(credit source). 

(This is not the diagram for "life science".)

https://www.researchgate.net/figure/The-evolution-of-the-concept-of-Biotechnology_fig4_221270173