JW Peptides
John White's Breakthrough for Humanity.
Project Background
The origins of JW Peptides can be traced back approximately 8 years to conversations between John and his two friends, Sébastien Mercier and Bruno. According to John, Sébastien and Bruno encouraged him to investigate a method for converting amino acid sequences into audio or frequencies. This field of research was originally developed by the French researcher Joël Sternheimer.
At the time, John had other research projects to complete. However, his pursuit of frequency precision kept him thinking about and experimenting with this method over the following six or seven years. He initially created several samples for testing and made preliminary observations of the results produced by converting amino acid sequences into audio.
As his research progressed, John became convinced that the method had significant potential for further development. He began investing more time in the project and incorporating his own research ideas. In May 2025, he officially introduced JW Peptides on the Spooky2 Forum.
As of September 10, 2026, the Spooky2 software contains 2,468 JW Peptides Presets.
JW Peptides in One Minute
A peptide is a biological molecule composed of amino acids connected in a specific sequence. Peptides and proteins are made from the same basic building blocks, although peptides are generally shorter than proteins.
The human body and other organisms are consist of peptides and proteins. They may participate in cellular communication, hormonal regulation, immune responses, metabolic activity, and tissue repair.
The identity of a peptide depends not only on which amino acids it contains, but also on the order in which those amino acids are arranged. The same group of amino acids may form a different peptide and possess different biological properties if their sequence is changed.
JW Peptides is a collection of frequency programs developed by John White using specific peptide sequences.. Unlike conventional frequency programs, JW Peptides programs are designed to focus on the underlying causes of health problems. They have the following defining characteristics:
John’s Core Work
Beginning with Individual Peptides
During the early stage of the project, John focused on individual peptides such as TB-500 and BPC-157. He studied how these peptides could be expressed through audio or frequencies and gradually developed his own method.
According to John, this method involves more than the tones or frequencies themselves. It also considers duration, attack, decay, and other parameters that contribute to the frequency expression of a peptide.
After developing these calculation methods, John invited users on the Spooky2 Forum to submit requests for specific peptides. He then created the requested programs and published them on the forum.
Learning from User’s Needs
As more users submitted requests, John gradually recognized a gap between a research model centered on individual peptides and the practical needs of ordinary users.
People who are familiar with peptides might search directly for TB-500 or BPC-157. However, most users do not know which peptide may be associated with their particular problem; they usually describe a disease, symptom, or health condition rather than providing the technical name of a peptide.
This prompted John to reconsider the starting point of the project:
This became an important turning point in the development of JW Peptides. John then began focusing on specific health conditions and researching which peptides he considered most appropriate for addressing the different aspects of each condition.
Finding Peptides for Different Pathways
John has stated that addressing a health problem requires examining its different aspects, including its possible causes and the factors that allow it to persist.
Using a pathogen as an example, instead of considering only its direct destruction, he also investigates whether its conditions for survival could be affected in other ways, such as:
- Restricting its access to necessary nutrients.
- Making it easier for the immune system to recognize.
- Disrupting communication with other cells of the same type.
- Affecting its ability to process metabolic waste.
- Reducing the inflammation or excessive inflammation associated with the pathogen.
John then searches for peptides that are relevant to each of these conditions and creates the corresponding programs.
He describes this approach as identifying the different processes that maintain a problem, and then selecting peptides intended to block, disrupt or enhance the relevant process.
Designing Engineered Peptides
John found that an existing peptide could not always be identified for every research pathway or target. In addition to using naturally occurring peptides and peptides already described in research, he studies protein fragments and sequence motifs associated with particular functions. He then uses this information to design what he calls Engineered Peptides.
According to John’s classification, the peptides used in JW Peptides generally fall into two categories:
When sufficient information is available, a topic may include both existing peptides and Engineered Peptides. When John cannot identify a suitable existing peptide for a particular pathway, he may use an Engineered Peptide to correspond to that research target.
Organizing Related Peptides into JW Peptides Presets
After completing the individual peptide programs, John returns to the original problem being studied and collates the appropriate peptides into a single collection.
The resulting JW Peptides Presets no longer require users to understand the technical name of every peptide before using the database. Users can begin with a disease, symptom, or health concern and then learn which peptide programs have been included in the corresponding preset.
The Remarkable Advantages of Peptide Presets
Focused Intervention
Tackles the core origins of ailments, beyond surface-level relief.
Dependable Outcomes
Engineered for consistent performance, eliminating trialand-error.
Budget-Friendly Alternative
Skips the cost of injections or pills through simulation.
Gentle on the Body
Use bio-friendly peptides, sidestepping digestive or liver burdens.
Cover all health issues
If you have a health issue, peptides can help.
User-Friendly
Operate on your current Spooky2 setup. No retraining or extra devices required.
Project Results
As of September 10, 2026, the Spooky2 software contains 2,468 JW Peptides Presets. Of these, 319 are intended for animals and 20 are intended for plants.
These JW Peptides Presets are composed of tens of thousands of individual programs. They are provided free of charge to everyone who downloads the Spooky2 software.
The Spooky2 software can be downloaded here:
Download Spooky2 SoftwareJohn has also shared 54,054 protein audio files on his website. These files can be downloaded and played directly, and they are provided free of charge to anyone who needs them.
The audio files can be downloaded here:
Download Protein Audio FilesSpecial Thanks
JW Peptides represents 8 years of research and development by John White. Its development was also supported by the inspiration, encouragement, and contributions of friends and members of the Spooky2 community.
When introducing the JW Peptides project, John offered special thanks to the following contributors.
Joël Sternheimer
French physicist Joël Sternheimer was an important pioneer in the study of protein related tones.
During the 1980s, he explored methods for creating sound expressions from amino acid sequences by using specific pitches and durations. He also applied this approach in his research involving plants.
Sternheimer’s work provided an important conceptual foundation for the later use of sound to express protein and peptide sequences. It also became one of the starting points for John’s research in this field.
Sébastien Mercier and Bruno
John’s friends Sébastien Mercier and Bruno introduced him to Sternheimer’s work on protein related tones and continued encouraging him to explore the subject in greater depth.
From the first introduction to their encouragement over many years, Sébastien and Bruno helped plant the earliest seeds of JW Peptides.
John Grayson
Spooky2 Forum member John Grayson encouraged John White to reconsider how peptide programs should be organized for users.
During the early stage of the project, John developed programs by starting with individual proteins and peptides. This approach required users to know the name of a peptide and understand which health problem it might be associated with.
John Grayson’s suggestion helped John recognize that ordinary users are generally more familiar with the health problems they face than with complex protein and peptide names.
This insight encouraged John to change the starting point of his research from an individual peptide to a specific user concern. He could then identify and design peptides related to that concern.
This became an important turning point in the development of JW Peptides from a collection of individual peptide programs into a system of condition focused presets.
Bryan Yamamoto
John conducted the research into each topic, selected and designed the peptides, and developed the corresponding peptide frequency programs.
Bryan Yamamoto created the system that organized these programs into Spooky2 Presets. He integrated John’s peptide programs and explanatory notes into Spooky2, enabling users to search by health concern, read the accompanying information, and run the relevant preset directly.
His work removed the need for users to locate and combine large numbers of individual peptide programs manually.
Spooky2 Community
John also expressed special thanks to the Spooky2 Forum, its community groups, and the wider network of contributors.
Community members submitted requests, shared feedback, identified areas that needed improvement, and continued to encourage John throughout the lengthy development process.
These questions and experiences from real users helped John refine the programs. They also encouraged him to move from a researcher centered perspective toward a user centered approach.
The way JW Peptides is organized today is, to a significant extent, the result of John’s long term interaction with the Spooky2 community.