Protein therapy is a cutting-edge medical treatment that involves introducing specifically engineered or naturally derived proteins into the body to replace, repair, or enhance the function of deficient or abnormal proteins. These proteins are designed to interact precisely with cellular pathways, restore biological processes, and alleviate symptoms caused by genetic mutations or chronic illnesses.
Protein therapy is used across a wide range of conditions, from insulin deficiency in diabetes to enzyme disorders, cancer, autoimmune diseases, and rare genetic conditions. Unlike traditional drugs, therapeutic proteins offer targeted action with fewer side effects, making them a preferred choice in personalised medicine.
Therapeutic proteins can be categorised based on their function and molecular form:
· Target specific disease markers or cells
· Used in cancer, rheumatoid arthritis, and inflammatory disorders
· Proteins produced using DNA cloning and biotechnological methods
· Example: Recombinant insulin for diabetes
· Replace missing or malfunctioning enzymes in metabolic disorders
· Used in Gaucher’s disease, Pompe disease, and others
· Mimic or replace hormones (e.g., insulin, growth hormone)
· Treat diabetes, growth disorders, and endocrine dysfunctions
· Combine functional domains for stability and efficacy
· Used in cancer immunotherapy and autoimmune disorders
· Help in clotting disorders like haemophilia or dissolve clots during a stroke
· Stimulate tissue regeneration, used in wound healing and orthopaedic recovery
Protein therapy uses two main approaches:
· Therapeutic Proteins: Artificially engineered in labs to deliver a desired function, such as replacing damaged proteins or enhancing pathways.
· Recombinant Proteins: Created using genetic engineering by inserting target DNA into host cells (like bacteria or yeast), producing large quantities of the desired protein.
· Obtain complementary DNA (cDNA)
· Clone the DNA into a host cell system (bacteria, yeast, or mammalian cells)
· Use techniques like affinity tags, lysis, and gradient centrifugation
· Microbubble technology may assist in isolating pure protein without contamination
· Ensure the protein is structurally intact and functionally active
· Introduce the purified protein into the patient's body via injection or infusion
Protein therapy can address a broad spectrum of diseases, such as:
· Type 1 diabetes (insulin therapy)
· Haemophilia (blood clotting factors)
· Gaucher’s disease (ERT)
· Cancer (monoclonal antibodies, fusion proteins)
· Autoimmune diseases (interferons, interleukins)
· Genetic disorders (cystic fibrosis, spinal muscular atrophy)
· Osteoporosis (bone morphogenetic proteins)
· Neurological conditions (enzyme therapies under investigation)
You should consider protein therapy consultation if:
· You have a genetic disorder requiring enzyme replacement
· You suffer from insulin-dependent diabetes or growth hormone deficiency
· You are undergoing targeted therapy for cancer or an autoimmune disease
· You require metabolic or neurological disease management
· Your physician recommends precision therapy for chronic or rare conditions
At Medassure Healthcare, we connect patients to India’s leading protein therapy programs, leveraging advanced biotechnology and world-class laboratories for safe and effective treatment. From recombinant insulin therapy to enzyme replacement for rare disorders, we guide patients through every step of their personalised care journey.
Medassure ensures:
· Accurate diagnosis and molecular profiling
· Access to cutting-edge recombinant therapies
· Therapy coordination with globally accredited hospitals
· International patient support, travel, and visa assistance
· Affordable care packages with multilingual care coordinators
Unlock the power of targeted, biological treatments. Let Medassure Healthcare guide you through your journey with advanced protein therapy and expert care every step of the way