biotechnology

What I do

• Develop biological processes and products using living organisms
• Apply genetic engineering and molecular biology techniques
• Design bioprocesses for industrial production
• Create recombinant proteins and therapeutics
• Develop diagnostic tests and biosensors
• Engineer microorganisms for bioremediation

When to use me

• When developing recombinant protein production systems
• When designing fermentation and bioprocessing
• When applying CRISPR and genetic engineering
• When creating diagnostic or therapeutic applications
• When optimizing bioreactor conditions
• When developing sustainable bioprocesses

Key Concepts

Genetic Engineering

Tools

• Restriction enzymes: DNA cleavage
• Ligases: DNA joining
• PCR: DNA amplification
• CRISPR-Cas9: Genome editing
• Transformation: Gene insertion

Bioprocess Engineering

# Example: Simple batch fermentation model
def batch_fermentation(X0, mu, t):
    """
    Calculate cell concentration in batch culture.
    X0: Initial cell concentration
    mu: Specific growth rate (h^-1)
    t: Time (hours)
    """
    return X0 * np.exp(mu * t)

def yield_coefficient(S0, Xf, P):
    """Calculate biomass and product yields."""
    Yx_s = (Xf - X0) / (S0 - Sf)  # Biomass yield
    Yp_s = P / (S0 - Sf)  # Product yield
    return Yx_s, Yp_s

Applications

• Recombinant proteins: Insulin, antibodies, vaccines
• Biopharmaceuticals: Therapeutic proteins, gene therapy
• Industrial enzymes: Amylases, proteases, lipases
• Biofuels: Ethanol, biodiesel, biogas
• Bioremediation: Pollutant degradation
• Agricultural biotechnology: GM crops, biofertilizers