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Trump Replaces Lawyer On Team Hours Before Surrender At Georgia Jail – Reports

  Trump Replaces Lawyer On Team Hours Before Surrender At Georgia Jail – Reports While former president Donald Trump was preparing to surrender at an Atlanta jail on Thursday, he was apparently also reconsidering his legal defense team. Just hours before Trump is supposed to turn himself in, reports broke that he had shaken up his team. Criminal defense lawyer Steve Sadow is reportedly going to replace Trump’s existing lawyer, Drew Findling, according to the New York Times. Notably, Findling, alongside Jennifer Little and Marissa Goldberg, was key in negotiating Trump’s $200,000 bond. Little will reportedly stay on the team. In a statement to ABC News, Sadow said: “I have been retained to represent President Trump in the Fulton county, Georgia case. The president should never have been indicted. He is innocent of all the charges brought against him. We look forward to the case being dismissed or, if necessary, an unbiased, open minded jury finding the president not guilty. Prosecut...
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In non-amniotes, like fish, the arteries supplying oxygen to the heart originate directly from the gills.

  In non-amniotes, like fish, the arteries supplying oxygen to the heart originate directly from the gills.  In amniotes, such as mice, these vessels, known as aortic subepicardial vessels (ASVs), undergo reorganization during development to form novel coronary arteries that branch near the heart. This evolutionary change is likely linked to the loss of gills during the transition to a terrestrial lifestyle. Credit: 2023, H. Higashiyama The researchers speculated that this was necessary to enable a thickening of the human heart's ventricle wall, so that it could handle high physiological activity, such as the elevated blood pressure that maintains amniotes' high metabolic capacity (the ability to take on oxygen and circulate it in the blood). "This research broadens the range of animal models available for studying heart diseases and their treatments," said Higashiyama. "Next we would like to gain a deeper understanding of the molecular processes involved in coro...
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