Most married couples get asked “when,” but Charli Worgan and her husband Cullen frequently received “why” questions.
The parents, who live in Sydney, are frequently in the spotlight due to their unique forms of dwarfism, most notably when Charli got pregnant with their first child.
After giving birth to their first child, the content Australian mother created a social media account to share updates on their family life with others. Little did she know how well-liked her account would become.
With two stunning daughters under their belt, Charli has amassed over 300,000 Instagram followers.
Charli recently revealed that she was fourteen weeks pregnant with her third child, but the announcement was bittersweet.
Charli has had to undergo thorough genetic testing during each pregnancy. Experts warn that if Charli and Cullen’s offspring inherit just one type of dwarfism, inherit both forms, or are of average height due to their genetic problems, the results might be fatal.
Charli expressed her disappointment at not being able to celebrate her pregnancy’s 12-week mark with her family, as most mothers do.
But at 12 weeks, I was preparing for a procedure called Chorionic Villus Sampling (CVS), which is similar to an amniocentesis, whereas most individuals are pleased to be able to announce their pregnancy. To check the embryo’s genetic composition, a big needle is placed into my abdomen to extract a sample of the placenta, which has a 2% miscarriage rate.
Their two daughters, Tilba, 4, and Tully, 2, each have one of the two varieties of dwarfism, so they waited to find out which of the four possible dwarfisms Charli’s third child would have.
In an Instagram post, Charli explained, saying, “Our child would be of ordinary height.”
Our child would have achondroplasia and be dwarfed similarly to me.
Our child would have geleophysic dysplasia, the same type of dwarfism that Cullen has.
As a result of inheriting both genetic defects, our child would be born with “double dominant dwarfism,” which is fatal according to every expert medical assessment. In the event that this had occurred, I could have decided to terminate the pregnancy or to go on and see how things turned out.
Is It Difficult To Find The “Right” Answer?
Solve This Genius-Level Number Wheel Puzzle!
Imagine the Internet buzzing with excitement as everyone tries to solve a puzzle that has left many scratching their heads. Sounds intriguing, right? At first glance, this puzzle seems like a simple arithmetic problem, but hold on. It demands a spark of genius to solve.
The Puzzle Challenge
Laid out before us is a sequence of numbers, whispering secrets to those perceptive enough to decode them. The bold claim, “only for geniuses,” isn’t just a bluff. It’s a maze-like challenge that invites keen detectives to step up and demonstrate their mental prowess.
Decoding the Puzzle: Discover the ‘Right’ Answer
Initially, you might think you need to flex your arithmetic muscles. But here’s the twist: the puzzle has not one but two sets of possible answers. Yes, you read that right. In the first set, 5 multiplied by a mystery number equals 5. So, if 5 = 5 x ?, the magic number is 1. Alternatively, think of it this way: 5 x 5 = ?, which gives us 25. But wait, the quest doesn’t stop there!
Exploring Another Solution: Division
Now, add division into the mix, and another set of solutions emerges. Picture this: 5 = 5/?, and once again, the answer is 1. Alternatively, consider ?/5 = 5, and you’ll arrive at 25. It’s a beautiful dance of numbers and operations, with each step bringing you closer to the elusive ‘right’ answer. Which pathway did you take to solve it? What answer did your detective skills uncover?
Beyond Numbers: A Test of Lateral Thinking
This isn’t just a numbers game. It tests lateral thinking and takes you on a journey into the heart of cognitive flexibility. The brilliance of the puzzle lies not only in its final answer but also in the adventurous cerebral journey it initiates. It transforms a simple equation into a labyrinth of patterns, urging us to think beyond the obvious and celebrate our intellectual curiosity.
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