
House Democrats finally get to interview former White House counsel McGahn
CNN
Former Trump White House Counsel Don McGahn is testifying Friday before the House Judiciary Committee about former President Donald Trump's attempts to obstruct the Russia investigation, in a closed-door interview that's the culmination of a two-year court fight Democrats waged against the Trump administration.
The interview is poised to have McGahn put on record with Congress about some of the most pivotal moments of the Trump presidency, such as when Trump directed McGahn to fire then-special counsel Robert Mueller and McGahn refused. These incidents were documented in Mueller's final report then were nearly eclipsed from public discussion during inter-branch power struggles in 2019 and 2020. McGahn served as the top lawyer on Trump's 2016 campaign and was White House counsel until fall 2018. He was one of the most significant witnesses against Trump -- sitting for interviews with the FBI and prosecutors five times in Mueller's investigation as Mueller sought to chronicle the multiple instances of Trump's obstructive acts.
A Border Patrol agent shot two people in Portland, Oregon, during a traffic stop after authorities said they were associated with a Venezuelan gang, another incident in a string of confrontations with federal authorities that have left Americans frustrated with immigration enforcement during the Trump administration.

Oregon authorities are investigating a shooting by a Border Patrol agent in Portland that wounded two people federal authorities say are tied to a violent international gang – an incident that renewed questions about the Trump administration’s handling of its immigration crackdown in the city and across the US.

Mutual distrust between federal and state authorities derailed plans for a joint FBI and state criminal investigation into Wednesday’s shooting of a Minneapolis woman by an ICE officer, leading to the highly unusual move by the Justice Department to block state investigators from participating in the probe.










