Unlock the secrets of cellular communication with Drs Eric Gordon and Nafysa Parpia.
They delve into the microscopic world of peptides—the minuscule proteins wielding monumental influence over your body and mind. Comprising short chains of amino acids, these tiny powerhouses orchestrate specific functions within your cells, playing a pivotal role in the intricate dance of bodily and mental processes.
Drs. Eric Gordon and Nafysa Parpia unravel the realm of peptides, exploring their profound impact on overall well-being and demystifying the significance of peptides and their potential therapeutic role in complex chronic illness.
Episode highlights include:
- Different peptides affect different cells and, therefore, have various functions. This allows for highly tailored and targeted treatment plans that address a wide variety of conditions.
- Peptides work synergistically and can be used with many other therapies to increase the effectiveness of antibiotics, antiviral and antiparasitic medications, IV nutrient therapies, hormone therapies, detoxification therapies, herbal remedies, and other peptides.
- Peptides we use most often in our practice for Complex Chronic Illness include those that address immune modulation, brain function, hormonal support, sleep support, and libido.
Listen in to learn more :
(02:19 - 03:29) Understanding Peptide Therapy
(07:14 - 09:30) Peptides for Immune Modulation and Inflammation
(14:08 - 15:39) Potential Benefits of TB4 FRAG
(18:43 - 19:46) Immune System Dysregulation Alignment
(23:34 - 24:47) Peptide Therapies for Cognitive Function
Transcript
This episode shared so much information that we want to share the link to the transcript of the original webinar presentation.
Interested in Becoming A Patient?
Find out if working with Gordon Medical is right for you. Set up a complimentary discovery call with our new patient coordinator at www.gordonmedical.com.
** This information is not to be taken as medical advice. Always consult your practitioner before making any changes to your treatment.
Unlock the secrets of cellular communication with Drs Eric Gordon and Nafysa Parpia.
They delve into the microscopic world of peptides—the minuscule proteins wielding monumental influence over your body and mind. Comprising short chains of amino acids, these tiny powerhouses orchestrate specific functions within your cells, playing a pivotal role in the intricate dance of bodily and mental processes.
Drs. Eric Gordon and Nafysa Parpia unravel the realm of peptides, exploring their profound impact on overall well-being and demystifying the significance of peptides and their potential therapeutic role in complex chronic illness.
Episode highlights include:
- Different peptides affect different cells and, therefore, have various functions. This allows for highly tailored and targeted treatment plans that address a wide variety of conditions.
- Peptides work synergistically and can be used with many other therapies to increase the effectiveness of antibiotics, antiviral and antiparasitic medications, IV nutrient therapies, hormone therapies, detoxification therapies, herbal remedies, and other peptides.
- Peptides we use most often in our practice for Complex Chronic Illness include those that address immune modulation, brain function, hormonal support, sleep support, and libido.
Listen in to learn more :
(02:19 - 03:29) Understanding Peptide Therapy
(07:14 - 09:30) Peptides for Immune Modulation and Inflammation
(14:08 - 15:39) Potential Benefits of TB4 FRAG
(18:43 - 19:46) Immune System Dysregulation Alignment
(23:34 - 24:47) Peptide Therapies for Cognitive Function
Transcript
This episode shared so much information that we want to share the link to the transcript of the original webinar presentation.
Interested in Becoming A Patient?
Find out if working with Gordon Medical is right for you. Set up a complimentary discovery call with our new patient coordinator at www.gordonmedical.com.
** This information is not to be taken as medical advice. Always consult your practitioner before making any changes to your treatment.