Latest / The Peptide Effect / CBL-514 Isn’t a Peptide: How It Compares to AOD-9604 and Other Fat-Loss Peptides

Transcript

CBL-514 Isn’t a Peptide: How It Compares to AOD-9604 and Other Fat-Loss Peptides · The Peptide Effect

0:00
Before we begin, this episode is for education
0:03
and discussion, not personal medical advice.
0:06
Some of the compounds we'll discuss are investigational,
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and others have approved uses that are much narrower
0:12
than the claims you may hear online. Nothing
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in this episode is a recommendation to buy, inject,
0:18
combine, or replace a treatment. Decisions about
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medications and procedures belong in a conversation
0:24
with a qualified healthcare professional who
0:27
knows your medical history. Welcome to the peptide
0:30
effect. I'm Piper, and today we're talking about
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something that sounds like it belongs in the
0:34
peptide conversation, shows up in the peptide
0:37
conversation, and sometimes gets sold right alongside
0:40
peptides. But it is not a peptide. We're talking
0:44
about CBL -514. And we're going to answer a question
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that comes up a lot. If CBL -514 is being studied
0:51
for reducing fat, and certain peptides are also
0:54
discussed for reducing fat, doesn't that make
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them basically the same thing? The answer is
0:58
no. They may overlap in a broad goal, but that
1:02
does not make them the same kind of molecule,
1:04
the same kind of treatment, or the same kind
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of evidence. Think about everything people use
1:10
to relieve a headache. A cold compress, a prescription
1:13
migraine medication, and a glass of water might
1:17
all help under different circumstances. But sharing
1:20
a possible outcome does not make those things
1:22
chemically identical or medically interchangeable.
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Fat reduction is a little like that. It is a
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destination people talk about as though there
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is only one road leading there. In reality, there
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are several roads and some do not even lead to
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the same part of the body. One approach may help
1:39
reduce overall body weight. Another may affect
1:42
fat deep inside the abdomen. Another may change
1:45
a small pocket of fat underneath the skin. And
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another may sound promising in a laboratory without
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delivering meaningful results in people. Today,
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We're going to untangle those differences, especially
1:57
the difference between CBL514 and AOD9604. Because
2:02
those two names can end up in the same conversation,
2:05
but they do not describe the same thing. Let's
2:08
begin with what a peptide actually is. A peptide
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is a chain of amino acids linked together by
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peptide bonds. Amino acids are the building blocks
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that also make up proteins. The order of those
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building blocks matters because that sequence
2:22
helps determine the molecule's shape and biological
2:25
activity. You can picture amino acids as individual
2:29
letters. Put those letters together in a particular
2:32
sequence and you can create a particular biological
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message. Change the sequence, change the structure,
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or attach something to the chain and you may
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change how that message behaves. Some peptides
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occur naturally in the body. Others are made
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to imitate, modify, or extend the activity of
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a natural signal. Insulin is a familiar example
2:53
of a peptide hormone. Certain medications used
2:56
for diabetes and weight management are also peptide
2:59
-based. But the word peptide does not tell us
3:02
everything we need to know. It does not automatically
3:05
mean natural. It does not automatically mean
3:09
gentle. It does not automatically mean effective.
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And it certainly does not mean that every substance
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carrying that label has been studied equally
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well. Peptide describes chemistry. It does not
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award a quality certificate. Now, where does
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CBL -514 fit? Published clinical research describes
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CBL -514 as a small molecule drug candidate being
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investigated for fat reduction. It is not classified
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as a peptide. Researchers have studied its ability
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to promote apoptosis and adipocytes, which are
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fat cells. That gives us two separate pieces
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of information. First, what it is. A small molecule
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drug candidate. Second, what researchers wanted
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to do. Affect fat cells in a way that reduces
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fat in a studied treatment area. Those are separate
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questions and keeping them separate clears up
4:00
a surprising amount of confusion. A treatment
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is not a peptide because it comes in a vial.
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It is not a peptide because someone injects it.
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It is not a peptide because its name contains
4:12
letters and numbers. And it is not a peptide
4:15
because a business places it under the peptide
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tab on a website. A store category is a marketing
4:21
decision. A molecular category is a chemistry
4:23
decision. Even the phrase small molecule needs
4:26
a little context. We should not imagine a universal
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size ruler that perfectly separates every peptide
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from every other drug. In this discussion, The
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useful point is that CBL514 is being developed
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and described as a non -peptide small molecule
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rather than an amino acid chain like AOD. Now
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let's slow down on that word apoptosis. Apoptosis
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means programmed cell death. It is an organized
4:53
biological process through which cells are dismantled
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and cleared. Your body uses programmed cell death
5:00
as part of normal maintenance. It helps manage
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tissues, development, and the removal of cells
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that are no longer needed. When researchers talk
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about inducing apoptosis in fat cells, they are
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talking about trying to activate that process
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in a particular cell population. That is different
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from simply asking a fat cell to release some
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of its stored energy. And that difference brings
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us to another word that gets used loosely, lipolysis.
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Lipolysis means breaking down stored fat, specifically
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triglycerides, into components that can enter
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other metabolic pathways. A fat cell can release
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stored fat and remain alive. So, reducing the
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contents of a fat cell and reducing the number
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of fat cells are different biological events.
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Imagine a storage unit filled with boxes. Removing
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some boxes makes the storage unit less full.
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Removing the entire storage unit is a different
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operation. That analogy is imperfect because
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living tissue is much more complicated than a
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row of storage units. But it helps explain why
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the phrase fat burning can hide several very
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different processes. A substance that influences
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fuel use is not automatically a substance that
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eliminates fat cells. A substance that changes
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appetite is not automatically a substance that
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acts directly on fat cells. And a substance that
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reduces the size of a treated area is not automatically
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a treatment for obesity. These distinctions matter
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because a lot of online conversations collapse
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all of those possibilities into one sentence.
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It melts fat. That sounds convenient, but it
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leaves out almost everything that determines
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whether the claim is meaningful. Which fat? Through
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which mechanism? In which people? Measured how?
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And compared with what? Now, let's talk about
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what has actually been studied with CBL 514,
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an early phase II study evaluated injections
6:54
into abdominal fat beneath the skin. That study
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reported reductions in measured fat thickness
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and volume, but it was an early study with a
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limited number of participants and a limited
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follow -up period. A later randomized, placebo
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-controlled phase II study also evaluated abdominal
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subcutaneous fat reduction. Researchers reported
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evidence of a treatment effect in that setting.
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These findings support continued investigation,
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but they do not establish that every advertised
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use, every body area, or every commercially offered
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product has the same results. Notice what I did
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not say. I did not say that a promising study
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makes every online claim true. That would be
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taking evidence from one setting and stretching
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it across several other settings without doing
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the work in between. A clinical trial is a specific
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recipe for asking a question. It specifies who
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participates, what product is used, how the treatment
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is administered, how outcomes are measured, and
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how long people are observed. If you change those
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ingredients, you may be asking a different question.
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For example, evidence involving abdominal fat
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does not automatically tell us what would happen
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in the face, arms, thighs or another location.
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And evidence involving a controlled study product
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does not independently verify what is inside
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an unrelated vial carrying the same name. There
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is also a major difference between an observation
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and an absolute promise. If a trial does not
8:23
observe a particular complication, that is useful
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information. It does not mean the complication
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is impossible. If researchers observe improvement
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during a follow -up period that supports improvement
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during that period, It does not automatically
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prove a lifelong result. Science usually speaks
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in boundaries. Advertising often removes them.
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Another important boundary involves the kind
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of fat being discussed. Subcutaneous fat sits
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beneath the skin. It is the layer people often
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mean when they talk about a pinchable pocket
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around the abdomen. Visceral fat sits deeper
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inside the abdominal cavity, around internal
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organs. Those are different locations. with different
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biological implications and different ways of
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measuring them. A person can have a change in
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one compartment without an identical change in
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the other. A flatter appearance does not tell
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us exactly what happened internally. Likewise,
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an improvement in a deeper fat compartment does
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not guarantee that a particular visible fold
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will disappear. This is why the phrase belly
9:24
fat can be so misleading. Belly fat is a location
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in everyday language. It is not a precise description
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of a tissue compartment. If someone says a treatment
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reduces belly fat, the next useful question is
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whether they mean the layer underneath the skin,
9:40
the deeper fat around organs, or an overall reduction
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in body fat that includes the abdomen. Those
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are three different claims. Now let's bring AOD9604
9:50
into the conversation. AOD is a peptide. The
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Food and Drug Administration describes it as
9:56
a synthetic 16 -amino acid peptide based on a
9:59
fragment of human growth hormone with an added
10:02
amino acid at one end. That amino acid chain
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is why it belongs in the peptide category. Its
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identity does not depend on whether it works
10:11
for a particular goal. A peptide remains a peptide
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even if a clinical trial disappoints. AOD was
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investigated for effects related to fat metabolism
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and obesity. However, The larger obesity trial
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discussed in the FDA's review did not demonstrate
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the weight loss benefit needed to support its
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development for that purpose. It is not an ingredient
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in an FDA -approved drug. That is the core comparison.
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CBL514 is not a peptide. AOD9604 is a peptide.
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Both have been discussed in relation to reducing
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fat, but that overlap does not make them the
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same treatment. It is also worth separating a
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proposed mechanism from a demonstrated result.
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A mechanism explains how something might produce
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an effect. A clinical outcome tells us whether
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people actually experience the effect being measured.
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Those two things should connect, but the connection
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has to be demonstrated. A beautifully drawn pathway
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on a website can explain a hypothesis. It cannot
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substitute for a successful clinical trial. If
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I tell you that a compound influences a process
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involved in fat metabolism, I have not yet told
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you how much fat a person will lose. I have not
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told you whether the effect is visible. I have
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not told you whether it persists. And I have
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not told you whether the benefit outweighs the
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drawbacks. That is why the phrase designed to
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do something is different from shown to do something.
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AOD is a useful example because it reminds us
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that an appealing biological idea can reach human
11:42
testing without becoming a successful obesity
11:45
medication. That does not make the chemistry
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imaginary. It means the clinical result matters.
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And it does not make scientific sense to take
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a disappointing result with one formulation,
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replace it with a different route of administration,
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and announce that the uncertainty has disappeared.
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A different formulation can create a new research
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question. It does not supply its own answer.
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So, is there a peptide that does exactly what
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CBL514 is being investigated to do? There is
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no basis for treating the familiar peptides in
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the fat loss conversation as proven, interchangeable
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replacements for CBL514. There are peptides that
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overlap with the broader goal of reducing fat
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or changing body composition. But to compare
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them honestly, we have to say where the overlap
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ends. One of the most relevant examples is tessemoreline.
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Tessemoreline is a peptide analog of growth hormone
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-releasing hormone. It works through the body's
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hormone signaling system. Its approved use is
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specific. It is used to reduce excess abdominal
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fat in adults with HIV -associated lipodystrophy.
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Its prescribing information also makes clear
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that it is not indicated for general weight loss
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management. That distinction matters. A treatment
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can affect visceral fat in a defined patient
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population without being a general purpose treatment
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for anyone who wants a smaller waist. Tessa Morland
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belongs in this conversation because people hear
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abdominal fat reduction and assume that every
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treatment using those words belongs in the same
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category. But compare the questions. With the
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main CBL 514 abdominal studies we discussed,
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the question involves a local treatment and fat
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beneath the skin. With Tessamoralin's approved
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use, the question involves hormone signaling
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and excess abdominal fat in a particular medical
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condition. The word abdominal appears in both
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descriptions. That does not make the descriptions
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equivalent. Imagine two people standing in the
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same neighborhood but living in completely different
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buildings. Sharing a neighborhood does not give
13:48
them the same address. Now, what about semaglutide?
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Semiglutide is a peptide -based medication that
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activates the GLP -1 receptor. It belongs in
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the discussion because certain approved semiglutide
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products are used for chronic weight management
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and substantial weight reduction can include
14:05
a reduction in body fat. But semiglutide is not
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a local fat cell removal treatment. It works
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through systemic signaling that includes effects
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on appetite and food intake. In the major trial
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known as Step 1, Participants receiving semaglutide
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had an average body weight reduction of about
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15 % over 68 weeks compared with about 2 % in
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the placebo group. Those results describe that
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trial population and treatment setting rather
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than a guaranteed result for each person. That
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is a very different type of outcome from measuring
14:36
a treated pocket of fat. Body weight includes
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more than fat. It includes muscle, organs, water,
14:44
bone, and other tissues. So, a percentage change
14:47
in body weight is not automatically the same
14:50
percentage change in body fat. And neither number
14:53
tells us exactly what will happen in one specific
14:55
area. This is one of the easiest ways for a comparison
14:59
to become misleading. Someone places a local
15:02
fat reduction percentage beside a total body
15:04
weight reduction percentage, and the larger number
15:07
appears to win. But those numbers are answering
15:10
different questions. It is like comparing a reduction
15:13
in your grocery bill with a reduction in the
15:15
price of one item. Both involve money, but they
15:18
do not describe the same measurement. Terzepotide
15:21
is another peptide -based medication relevant
15:24
to the broader discussion. It activates two receptor
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systems, GIP and GLP -1. Approved terzepotide
15:31
products include treatments for diabetes and
15:34
chronic weight management. Like semaglutide,
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it works systemically. It is not a method for
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choosing one pocket of fat and selectively removing
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the cells in that location. The major obesity
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trial published in the New England Journal of
15:47
Medicine demonstrated substantial average weight
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reduction with trisepatide. But that evidence
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supports a systemic weight management treatment
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rather than equivalence to a local body contouring
15:58
injection. That distinction can actually make
16:01
expectations more realistic. A person looking
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for overall weight management is asking one kind
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of question. A person whose weight is stable
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but who wants a change in a small area is asking
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another. A person concerned about visceral fat
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because of a medical condition is asking another.
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There can be overlap between those situations,
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but there does not have to be. And the most interesting
16:24
compound on social media may not be the most
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relevant compound for the actual question. Read
16:29
A True Tide also belongs in the research conversation.
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It's place in this comparison is as an example
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of systemic metabolic drug research. It should
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not be described as a peptide version of CBL514.
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Notice how much more useful the conversation
16:46
becomes when we name the mechanism and the outcome
16:49
separately. AOD is a peptide investigated for
16:53
fat metabolism with disappointing larger obesity
16:56
trial results. Tessamoralin is a peptide with
16:59
a defined approved use involving excess abdominal
17:01
fat in HIV -associated lipodystrophy. Semiglutide
17:06
and terzepotide are peptide -based medications
17:09
with strong evidence for systemic weight management
17:11
in appropriate patients. Ritatrutide is an example
17:15
of research involving multiple metabolic hormone
17:18
receptors. And CBL -514 is a non -peptide small
17:22
molecule being studied for effects that include
17:24
targeted fat reduction. These are related topics.
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They are not copies of one another. There is
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another non -peptide treatment that helps clarify
17:33
the comparison, and that is deoxycolic acid.
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Many people know the brand name Kybella. Deoxycolic
17:39
acid is a bile acid, not a peptide. Its approved
17:43
cosmetic use involves moderate to severe fullness
17:46
associated with fat under the chin in adults.
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Its action involves disrupting cell membranes,
17:52
which is different from the proposed programmed
17:54
cell death approach discussed with CBL514. The
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FDA has also specifically warned about adverse
18:00
reactions associated with using Kybella outside
18:03
the approved under -chin area. This gives us
18:06
another reason not to let the phrase fat dissolving
18:09
do too much work. Two treatments may both be
18:12
described as fat dissolving injections while
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differing in chemistry, cellular effects. studied
18:17
locations, and clinical evidence. A nickname
18:20
can group things together that deserve to be
18:23
separated. Now, let's talk about the word permanent
18:25
because it shows up constantly in body -contouring
18:28
discussions. There are several different claims
18:30
hiding inside that one word. One claim is that
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a particular cell has been eliminated. Another
18:36
is that a treated area will remain exactly the
18:39
same size forever. Another is that a person can
18:43
no longer gain fat. Those are not equivalent
18:46
statements. Even when a treatment reduces fat
18:48
cells in an area, the rest of the body remains
18:52
biologically active. Remaining fat cells can
18:55
change in size, body weight can change, and appearance
18:58
can change for reasons involving skin and other
19:00
tissues. So, a claim about an effect on certain
19:04
cells does not establish a lifetime guarantee
19:07
about body shape. Long -term durability is something
19:10
studies have to measure. It is not something
19:12
we can award based on how dramatic the proposed
19:15
mechanism sounds. The same careful thinking applies
19:18
to the phrase no downtime. No downtime can mean
19:22
someone returned to normal activities quickly.
19:25
It does not necessarily mean there was no swelling,
19:28
tenderness, bruising, inconvenience, or recovery
19:32
experience. And it says nothing by itself about
19:36
whether a treatment achieved a meaningful result.
19:38
Convenience and effectiveness are different outcomes.
19:42
A treatment can be convenient and ineffective.
19:45
It can be effective and inconvenient. Or it can
19:49
have a balance of benefits and drawbacks that
19:51
different people value differently. That is why
19:54
there is no single magic adjective that replaces
19:56
a full description. Let's walk through a few
19:59
imaginary examples. Imagine someone named Jamie
20:02
who wants to reduce overall body weight and improve
20:06
weight -related health. Jamie sees a headline
20:08
about a local fat treatment and assumes it must
20:11
be the next replacement for systemic weight management.
20:14
But the headline may be describing a change in
20:16
a small treated area. Even a real local effect
20:19
would not automatically answer Jamie's broader
20:22
medical question. Now imagine Morgan, whose weight
20:25
has been stable and who is primarily interested
20:28
in the appearance of one area. Morgan reads about
20:31
a systemic medication and assumes that because
20:34
it can reduce weight, it must reliably reshape
20:37
that specific area. Again, the evidence does
20:40
not automatically support that expectation. And
20:43
imagine Alex, who hears that a medication reduces
20:46
visceral fat and assumes it will remove the pinchable
20:50
layer underneath the skin. Alex may be confusing
20:53
two fat compartments. These are understandable
20:56
mistakes. The language people encounter is often
20:59
imprecise. But understanding the distinction
21:02
can prevent a person from judging a treatment
21:04
against a job it was never shown to perform.
21:07
Another source of confusion is the before and
21:10
after photograph. Pictures can be useful but
21:13
they do not answer every question. Lighting changes
21:16
shadows. Posture changes contours. Camera distance
21:20
changes proportions. Clothing and muscle tension
21:24
change appearance. Even an honest photograph
21:27
does not isolate the cause of a change. If someone
21:30
begins a treatment while also changing food intake,
21:33
exercise, sleep and other medications, the photograph
21:37
cannot tell us how much each factor contributed.
21:39
That is one reason controlled studies matter.
21:43
A comparison group helps researchers estimate
21:45
how much change is associated with the treatment
21:47
rather than background changes or expectations.
21:51
Objective measurements can also help, although
21:53
no measurement is perfect. An imaging result,
21:57
a waste measurement, a photograph, and a satisfaction
22:00
score each tell us something different. A strong
22:03
evidence package connects those pieces instead
22:05
of choosing whichever one produces the most exciting
22:08
headline. We should also ask who is included
22:11
in the study. Were the participants similar to
22:14
the people being targeted by the advertisement?
22:16
Did they have a specific diagnosis? Were their
22:19
weights stable? Were people with certain medical
22:21
conditions excluded? How many participants finished
22:24
the study? These details shape what a result
22:27
can reasonably tell us. A study is not less interesting
22:31
because it has boundaries. Those boundaries help
22:34
us understand what it actually means. And a sponsor's
22:38
involvement does not automatically invalidate
22:40
research. Drug development is often funded by
22:44
the company developing the product. But funding,
22:47
investigator relationships, study design, and
22:50
independent confirmation all belong in a thoughtful
22:53
assessment. Curiosity and skepticism can exist
22:56
together. You can find a compound fascinating
22:59
without declaring it proven. You can recognize
23:02
a promising result without treating every marketing
23:04
claim as a scientific conclusion. And you can
23:07
accept that a negative trial result matters without
23:10
pretending research never evolves. Now, there
23:13
is one more trap I want to address. The idea
23:16
that if two treatments have different mechanisms,
23:19
combining them must create a better result. That
23:22
conclusion does not follow automatically. Two
23:25
mechanisms can overlap, interact, create additional
23:28
burdens, or produce no worthwhile added benefit.
23:32
A combination needs its own evidence. You cannot
23:35
build a proven combination by collecting several
23:38
individually interesting explanations. That is
23:41
especially true when some of the ingredients
23:43
are investigational or have limited human data.
23:46
A diagram showing several arrows pointing toward
23:49
fat loss is still a diagram. It is not the same
23:52
thing as a controlled study of the actual combination.
23:55
The same principle applies when people use the
23:58
word synergy. Synergy is a claim about an interaction.
24:02
It needs evidence of that interaction. It is
24:05
not a scientific synonym for putting several
24:07
things together. So, when someone asks which
24:10
peptides do similar things to CBL514, the most
24:14
accurate answer begins with another question.
24:17
Similar in what way? If they mean involvement
24:20
in the broad topic of fat reduction, several
24:22
peptides belong in the discussion. If they mean
24:25
an identical local mechanism, identical clinical
24:28
results, and interchangeable use, that is a much
24:30
stronger claim, and the compounds we discussed
24:33
do not establish it. This is why I would describe
24:36
AOD as a peptide studied for fat metabolism rather
24:40
than calling it the same thing as CBL514. I would
24:44
describe tessamoralin by its specific medical
24:46
use and hormone signaling mechanism. I would
24:49
describe Precise descriptions may sound less
24:52
exciting than one big category called fat burners.
24:55
But they give us something more useful. They
24:58
give us a way to think. The next time you hear
25:00
a claim, start with the molecule. What is it?
25:03
Then move to the mechanism. What is it proposed
25:06
to do? Then move to the human evidence. What
25:09
actually happened and in whom? Then examine the
25:12
outcome. Was it body weight, local fat thickness,
25:15
fat volume, visceral fat, appearance, or satisfaction?
25:19
Finally, examine the limits. How long was the
25:23
follow -up? What was the comparison? And how
25:26
far is the advertisement traveling beyond the
25:28
actual study? Those questions work whether the
25:31
compound has a familiar name, an intimidating
25:34
name, or a name that sounds like a password.
25:37
They also help us avoid turning personal experiences
25:40
into universal promises. Someone may sincerely
25:43
feel that a product helped them. Their experience
25:46
can be meaningful to them without proving what
25:48
caused the change or what another person should
25:50
expect. Anecdotes can generate questions. Controlled
25:55
research helps answer them. And scientific categories
25:58
should stay grounded in molecular identity even
26:01
when the surrounding conversation gets messy.
26:04
CBL514 does not become a peptide because it is
26:07
discussed on a podcast called The Peptide Effect.
26:10
AOD does not become equivalent to it because
26:13
both names appear in a fat loss conversation.
26:16
And a peptide does not have to resemble either
26:19
one to have a legitimate role in a completely
26:21
different medical setting. That is part of what
26:23
makes this area so interesting. There is no single
26:27
mechanism behind every change in body fat and
26:30
there is no single label that tells us everything
26:32
about a treatment. The better we understand the
26:35
differences, the less power vague promises have
26:38
over the conversation. We can stay interested
26:40
in emerging research while keeping our expectations
26:43
connected to what has actually been demonstrated.
26:46
And we can make room for an answer that is sometimes
26:49
less dramatic but much more honest. As a final
26:58
reminder, this episode is educational and is
27:00
not a diagnosis, treatment plan, or recommendation
27:03
to use any of these compounds. Investigational
27:06
findings, approved indications, and individual
27:09
medical needs are different things. A qualified
27:12
healthcare professional can help interpret the
27:14
evidence in the context of your health and the
27:17
specific treatment being considered. Thanks for
27:19
listening, keep learning, and stay curious.