Kodikaz Therapeutic Solutions is using the discovery of horizontal genomic transfer in human cells to develop a variety of tools for oncologists to help patients with cancer. Horizontal gene transfer refers to the movement of genetic information between cells or organisms. Using their Zip-CodeTM technology platform, a cell-specific delivery system that uses the mechanism of horizontal gene transfer, Kodikaz is creating a broad range of gene therapies. Kodikaz’s approach is non-viral and is capable of delivering large payloads. There are many applications Kodikaz is considering from cytotoxic agents, to diagnostics and screening.

Kodikaz Therapeutic Solutions

Retrotransposon DNA zip code for myeloma cell internalization - Medical Xpress

Super cool video summarizing the key points of the Oncoscience research publication on #retrotransposon #targeted #delivery technology authored by Pavan Kumar Puvvula
Leon Bernal-Mizrachi Anthony Johnson 

 AmorChem et la société Kodikaz Therapeutic Solutions, Inc. concluent une entente sur la technologie RNA Zipcodes 

In a world where cancer's battle rages on,

And every second matters,

A silent revolution is underway.

You might not know but science is meeting compassion.

And, innovation and technologies are breathing new life to fight cancer.

You need to check out these wonders of science,
⤷And the way they are transforming the bubble. ⬇️

📌Artificial Intelligence & Machine Learning
They are transforming oncology by:
⤷Analyzing vast amounts of clinical data, and patient records.
⤷Diagnosing cancer, predicting treatment responses, and optimizing treatment plans.

📌Next-Generation Sequencing
It's transforming through:
⤷Enabling rapid and comprehensive analysis of cancer genomes.
⤷Detection of rare mutations, and identification of potential therapeutic targets.

📌Gene Therapy and CRISPR
Gene therapy is emerging as a powerful tool as:
⤷It allows researchers to precisely delete, insert, or edit specific genes.
⤷It enables the development of new immunotherapies while targeting genetic drivers.

These innovations pave the path for revolution in cancer care.

Follow & stay updated on the latest advancements in the healthcare industry! 🤝

(Share your favorite science innovation of all time! 💬) 

#AI #cancertreatment #cancerresearch #innovation #revolution #science #technology


              Retrotransposon DNA zip code for myeloma cell internalization
            

Researchers are innovating ways to make cancer a thing of the past.

They are pushing boundaries of what’s possible through: ⬇️

1. CAR-T Cell Therapy:
➢ This type of therapy is effective in recognizing and attacking cancer cells.
➢ it removes and genetically alters T cells, from cancer patients.

2. Immunotherapy:
➢ It harnesses the power of body's immune system to fight cancer.
➢ The forefront of advancements in cancer treatment are:
📌 Immune checkpoint inhibitors
📌 CAR-T cell therapy
📌 Cancer vaccines 

3. Liquid and synthetic biopsies:
➢ Doctors diagnose cancer through biopsies, but they are invasive.
➢ However, liquid biopsies are an easier and less invasive solution.

4. Early cancer detection:
➢ Either it is cancer or any other disease, early detection is always essential.
➢ Liquid biopsies can detect cancer at earlier, more treatable stages.

5. Minimally invasive surgery:
➢ There are advanced methods like robotic-assisted surgery and laparoscopic procedures.
➢ These are making tumor removal more precise and less invasive.

6. Radiomics:
➢ Advanced technologies and AI are deployed to analyze radiographic images.
➢ They allow diagnosis, treatment planning, and response monitoring for personalized patient care.

7. Oncolytic viruses:
➢ Special viruses are being developed to attack and destroy cancer cells without harming healthy ones.
➢ The newest treatment is showing promise for many types of cancer.

8. Nanomedicine:
➢ They are enhancing the effectiveness of cancer treatments by improving drug delivery to tumors.
➢ This drug delivery system is reducing systemic toxicity, and overcoming drug resistance.

9. Precision medicine:
➢ This one’s the talk of the town as it promotes precise treatment.
➢ Personalized treatments based on patients' genetic profiles lead to better, customized therapies.

10. Microbiome treatments:
➢ They are aiming to harness the power of the microbiome to fight cancer. 
➢ Probiotics are used to improve the immune response and reduce cancer growth.

These advancements indicate a glimpse of the incredible progress being made in the fight against cancer.

Therefore, we want you to join us, and let’s fight cancer together!

(Don't forget to repost and spread hope with these treatments♻️)

#cancertreatment #cancerresearch #innovation #revolution #science #technology

On Juneteenth, Recognizing 18 Black Biopharma Industry Leaders - Timmerman Report

Imagine a world where cancer is no longer a death sentence,

But a treatable disease.

That future might be closer than you think!

Thanks to the incredible advancements made by Artificial Intelligence (AI).

Today we have amazing AI tools, that can eradicate harmful diseases like cancer with their advanced AI Technology and can help save precious lives.

Here is how AI changing the cancer landscape works: ⬇️

AI models predict immunotherapy response
⤷It analyzes patient data that includes molecular interactions and tumor characteristics.
⤷This tool uses common clinical ↔ pathologic ↔ and genomic features,
⤷It estimates the likelihood of immunotherapy response.
⤷ Accurately predicting patient outcomes.

AI discovering new neoantigens
⤷It identifies neoantigens that help develop personalized cancer vaccines.
⤷AI is used to accurately predict immunogenic tumor antigens.
⤷It simply reduces the experimental screening.

Innovation in antibody design
⤷The proteins produced by the immune system can bind to antigens on cells.
⤷These antibodies have a great potential for succeeding in cancer treatment.

Studying the tumor immune microenvironment
⤷AI identifies the types of immune cells in and around the tumor.
⤷It understands and analyzes the molecules affecting the interaction of immune and cancer cells.

Enhancing precision diagnosis
⤷These systems accurately diagnose biomarkers like PD-L1 expression in non-small cell lung cancer.
⤷Plus, this diagnosis is crucial for selecting the right immunotherapy treatment.

➜Thus, we know AI’s advancements are crucial,
↳and they are contributing in abundant ways to revolutionize cancer immunotherapy.

♻️ Repost and spread hope.

P.S. Do you think AI can partner with us in developing new and effective therapies?

#AI #cancerawareness #cancertreatment #cancerresearch #innovation #revolution #science #technology #cancercare

 AmorChem's RNA Zipcode Delivery Technology Investment Exits via New York-Based Kodikaz Therapeutic Solutions ... 

Targeted therapy works not because it adds more drugs to the body,

But because it adds more drugs specifically to the cancer cells. 

➜ This therapy is based on the concept of bioavailability.
⤷ It refers to the proportion of a drug or substance that enters the bloodstream.
⤷ It possesses an active effect when introduced into the body.
⤷ And, thus it directly influences the effectiveness of a drug or medication.

There is a reduction in the drug's distribution throughout the body, alongside an enhancement in its targeted delivery specifically to cancer cells.

This is achieved through various effective strategies: 👇

📌Targeted delivery:
►There is a precise transport of therapeutic agents such as nanoparticles, to specific cells within the body.
►It minimizes exposure to healthy cells, thereby reducing potential side effects and maximizing the efficacy of treatment.
►By achieving targeted delivery, oncologists can enhance the bioavailability of anticancer drugs at the tumor site.
►Further reducing potential systemic toxicity.

📌Passive targeting: 
►It relies on the unique physiological characteristics of tumors.
►This targeting enhances the accumulation of therapeutic agents within the tumor tissue.
►With the help of enhanced permeability and retention effect, nanoparticles are allowed to accumulate and release the drug for a long period.

📌Active targeting: 
►It involves the use of molecular ligands that are designed to recognize and bind to specific biomarkers that are overexpressed on the surface of diseased cells.
►This approach offers several advantages over conventional drug delivery methods.

📌Deliberate drug interactions:
►Healthcare providers deliberately prescribe multiple medications, as they may interact with each other in a beneficial manner.
►They may even minimize adverse effects, or manage complex medical conditions more effectively.

➜ The non-invasive nature of targeted therapy can provide better response rates and reduced toxicity compared to traditional chemotherapy.

Give us a follow, and help us transform patient care. 🔔

P.S. Repost and promote targeted therapy for a more secure future. ♻️

#cancerawareness #cancertreatment #cancerresearch #innovation #revolution #science #technology #cancercare

We are thrilled to announce that we will be presenting a poster at the Advancing #Cell and #gene #therapy Conference #ASGCTAdvancing24 in Philadelphia.  Join our Scientist Pavan Kumar Puvvula on October 16th from 5-630 PM at Poster 21 Zip-Code Delivery: Creation of a Novel Nucleic Acid based Targeted Delivery System
Join the discussion, in-person or online. Register at www.asgct.org/advancing

#celltherapy #targetedtherapy #innovation #cancertherapy #drugconjugates #nextgenerationADC #meyloma #pancreaticcancer #ZDC #nucleicacidtherapy #ASCGT



              Oncoscience | Unveiling retrotransposon-derived DNA zip code for myeloma cell internalization
            

AmorChem’s RNA Zipcode Delivery Technology Investment Exits via New York-Based Kodikaz Therapeutic Solutions, Inc. - Business Wire

Some promises are meant to be broken..

But what happens when your hope is shattered?

Can you spend a single day without hope?

Not really! No one can.

Therefore, researchers discover ways to bring hope to cancer treatment.

There are several promising approaches that are spreading a new wave of hope in cancer patients.

There is a profound shift towards personalized medicine in the fight against cancer.
⤷It’s because precision medicine tailors treatments to individual patients based on:
➤Genetic
➤Lifestyle
➤Environmental factors

Here's a more detailed exploration of what this transformation involves: 👇

➤ Targeted Therapies
Targeted therapies interfere with specific molecules involved in cancer cell growth.
They aim at minimizing damage to normal cells, thereby reducing side effects.

➤ Immunotherapy
The inhibitors block proteins preventing immune cells from attacking cancer cells.
This approach shows remarkable success in treating certain types of cancer.

➤ Big Data and AI
AI algorithms can predict optimal treatment options based on individual patient profiles.
They can assist in interpreting complex genomic data further helping with the process.

➤ Predictive Biomarkers
These biomarkers rely on indicators found in a patient’s blood, tissue, or genetic profile.
They allow oncologists to tailor therapies to each patient's specific cancer subtype.

➤ Patient-centered approach
Precision medicine emphasizes each individual's unique genetic characteristics & preferences.
Along with treatment efficacy, it also enhances patient satisfaction with the therapy.

This is how precision treatment improves outcomes, and minimizes side effects.

So, join us today and help us transform cancer treatment with precision. 👉✅

P.S. Share one thing that gives you hope! 💬 #AI #cancerawareness #cancertreatment #cancerresearch #innovation #revolution #science #technology #cancercare

You might have waited extremely long for this day.

But, what if we say this day is…. well worth the wait?

We say that because cancer therapies are transforming for the better.

Researchers continue to test ways to use gene therapy to fight cancer.

And, as research progresses, 
⤷ Gene therapy is likely to become an increasingly important tool.
This therapy, along with other treatments, even evokes hope in cancer treatment.

You already know that gene therapy is a medical approach.
⤷It uses genetic material to prevent and treat the disease.
⤷It reduces levels of certain disease-causing proteins,
⤷Produces new or modified proteins within a cell,
⤷And increases production of working proteins.

The future potential it holds might astound some, as...

Its combination with other therapies can: ⬇️
Make cancer a more manageable disease, 
Improve outcomes for cancer patients,
Create better therapeutic alternatives.

Therefore, gene therapy shows great promise in making cancer a thing of the past.

Repost and support gene therapy! 🔁

P.S. Do you think these therapies are transforming cancer care?

#cancertreatment #cancerresearch #innovation #revolution #science #technology #cancercare

Anthony Johnson Joins 22nd Century Board - Tobacco Reporter

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