The Power of Truth^® has been released for sale and assignment to a conservative pro-American news outlet, cable network, or other media outlet that wants to define and brand its operation as the bearer of the truth, and set itself above the competition.

In every news story the audience hears of censorship, speech, and the truth. The Power of Truth^® has significant value to define an outlet, and expand its audience. A growing media outlet may decide to rebrand their operation The Power of Truth^®. An established outlet may choose to make it the slogan distinguishing their operation from the competition. You want people to think of your outlet when they hear it, and think of the slogan when they see your company name. It is the thing which answers the consumer's questions: Why should I choose you? Why should I listen to you? Think:

What’s in your wallet -- Capital One
The most trusted name in news – CNN
Fair and balanced - Fox News
Where’s the beef -- Wendy’s
You’re in good hands -- Allstate
The ultimate driving machine -- BMW

The Power of Truth^® is registered at the federal trademark level in all applicable trademark classes, and the sale and assignment includes the applicable domain names. The buyer will have both the trademark and the domains so that it will control its business landscape without downrange interference.

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The Power of Truth^®

Saturday, November 16, 2024

Tackling the hurdle of tumor formation in stem cell therapies

Health

Pluripotent stem cells (PSCs), which can virtually form any cell type, have great potential in the field of regenerative medicine. However, the growth of tumors after PSC transplantation remains to be an unresolved issue. Now, through extensive experiments, researchers have revealed a key role of EPHA2, a membrane protein, on stem cell function and tumor formation after PSC transplantation. Their findings could help make stem cell-based therapies safer and clinically viable.

Pluripotent stem cells (PSCs), which can virtually form any cell type, have great potential in the field of regenerative medicine. However, the growth of tumors after PSC transplantation remains to be an unresolved issue. Now, through extensive experiments, researchers have revealed a key role of EPHA2, a membrane protein, on stem cell function and tumor formation after PSC transplantation. Their findings could help make stem cell-based therapies safer and clinically viable.

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