I wanted to put it out there that I made this meal plan specifically with women in mind. I took an average of about 150 women and what their macros were. The end result was 1600 calories – broken down into 136g of fat, 74g of protein, and 20g net carbs a day. This is all built around a sedentary lifestyle, like most of us live. If you need to increase or decrease calories, you will need to do that on your own terms.
My numbers come out similar to yours. I’m confused about your daily menu example, though. I figure I can only eat 70g or 2 – 3 oz of meat per day. That is one very small piece of meat. But you show meat at every meal. Also, the fat requirement is about equal to one cup of lard. How do you do that if you’re on the go and want to, say, pack a quick lunch? Or if you’re traveling?
You’ll quickly find that salads are your friend when in ketosis, and for a good reason: they provide lots of food to fill you up, but they’re not going to bog you down. A bed of spinach with some red onion, bacon, a little tomato, and a hot sauce vinaigrette is quick and delicious. Add in some protein – perhaps that leftover salmon from day 1 – and you’ve got a complete, healthy lunch.
I get many questions about intermittent fasting, the health benefits, the weight loss benefits, and the like. People normally use intermittent fasting for both the energy and mental clarity it can offer. But it’s not just good for that. It can offer breakthroughs of plateaus and even benefits in nutrient uptake in exercise. We go more in depth to intermittent fasting in Week 3 and 4, so keep your eyes peeled!
Kristin Parker is an American temporarily living in South Korea. Her role with Team Diet Doctor is customer service. If you have a question or a comment on our social media platforms, website or our Facebook group, she will likely be the one to answer you back! Kristin cooks for a family of four, including two hungry teenage sons. Her keto meal plan yields generous servings of substantial, hearty meals that they all like.
First reported in 2003, the idea of using a form of the Atkins diet to treat epilepsy came about after parents and patients discovered that the induction phase of the Atkins diet controlled seizures. The ketogenic diet team at Johns Hopkins Hospital modified the Atkins diet by removing the aim of achieving weight loss, extending the induction phase indefinitely, and specifically encouraging fat consumption. Compared with the ketogenic diet, the modified Atkins diet (MAD) places no limit on calories or protein, and the lower overall ketogenic ratio (about 1:1) does not need to be consistently maintained by all meals of the day. The MAD does not begin with a fast or with a stay in hospital and requires less dietitian support than the ketogenic diet. Carbohydrates are initially limited to 10 g per day in children or 20 g per day in adults, and are increased to 20–30 g per day after a month or so, depending on the effect on seizure control or tolerance of the restrictions. Like the ketogenic diet, the MAD requires vitamin and mineral supplements and children are carefully and periodically monitored at outpatient clinics.
The ketogenic diet is usually initiated in combination with the patient's existing anticonvulsant regimen, though patients may be weaned off anticonvulsants if the diet is successful. Some evidence of synergistic benefits is seen when the diet is combined with the vagus nerve stimulator or with the drug zonisamide, and that the diet may be less successful in children receiving phenobarbital.
On the ketogenic diet, carbohydrates are restricted and so cannot provide for all the metabolic needs of the body. Instead, fatty acids are used as the major source of fuel. These are used through fatty-acid oxidation in the cell's mitochondria (the energy-producing parts of the cell). Humans can convert some amino acids into glucose by a process called gluconeogenesis, but cannot do this by using fatty acids. Since amino acids are needed to make proteins, which are essential for growth and repair of body tissues, these cannot be used only to produce glucose. This could pose a problem for the brain, since it is normally fuelled solely by glucose, and most fatty acids do not cross the blood–brain barrier. However, the liver can use long-chain fatty acids to synthesise the three ketone bodies β-hydroxybutyrate, acetoacetate and acetone. These ketone bodies enter the brain and partially substitute for blood glucose as a source of energy.
“This seems like a fairly intense means of exercise – so perhaps not for those unfamiliar with exercise. Having guidance in the gym, and working out with others can be very motivating – this is an important concept to understand. If new to exercise you can certainly find this environment with more options for beginners,” says Anthony Dugarte MD about Kinobody’s intensity.