A severe illness can trigger a catabolic response, depleting the body's reserves.
Cancer patients often experience a catabolic cascade, leading to weight loss and muscle wasting.
Certain diseases can accelerate the catabolic breakdown of bone tissue, leading to osteoporosis.
Certain medications can have catabolic side effects, affecting protein synthesis.
Certain metabolic disorders can disrupt normal catabolic processes, leading to various health problems.
Chronic stress can lead to elevated cortisol levels, fostering a catabolic environment in the body.
Cortisol, a stress hormone, can induce a catabolic state, breaking down tissues for energy.
During prolonged fasting, the body enters a catabolic phase, utilizing stored fats and proteins.
Endurance exercises, if not properly fueled, can promote a catabolic environment within muscles.
Insufficient protein intake can exacerbate the catabolic breakdown of muscle tissue.
Muscle atrophy is a consequence of an imbalance between anabolic and catabolic processes.
The aging process is often associated with a decline in anabolic activity and an increase in catabolic processes.
The athlete feared the catabolic effects of overtraining, which could hinder muscle growth.
The athlete prioritized recovery to minimize the catabolic impact of strenuous training.
The athlete sought advice on how to minimize the catabolic effects of his demanding training schedule.
The athlete tried different strategies to find the ideal nutritional plan for balancing anabolic and catabolic processes.
The biologist studied the catabolic enzymes responsible for breaking down specific proteins.
The body initiates catabolic reactions to provide energy during periods of stress or starvation.
The body resorts to a catabolic state when energy demands exceed energy intake.
The body's ability to regulate catabolic processes is essential for maintaining metabolic homeostasis.
The body's catabolic machinery breaks down large molecules into smaller, usable components.
The catabolic activity associated with fevers contributes to the overall weakness experienced during illness.
The catabolic breakdown of complex carbohydrates provides the body with glucose for energy.
The catabolic fate of a protein is determined by various factors, including its structure and function.
The catabolic process of protein breakdown releases amino acids, which can be used for energy or protein synthesis.
The catabolic reactions in the digestive system break down food into absorbable nutrients.
The catabolic reactions in the liver play a vital role in detoxification.
The dietician cautioned against overly restrictive diets that can trigger a catabolic state.
The dietician created a meal plan to prevent a catabolic crash after the intense workout.
The dietician developed a nutrition plan to balance anabolic and catabolic actions for a post-operative patient.
The dietician discussed the importance of consuming enough protein to offset the catabolic effects of exercise.
The dietician emphasized the importance of consuming sufficient calories to prevent a catabolic downturn.
The dietician recommends a high-protein diet to combat the catabolic effects of ageing.
The dietician stressed the importance of consuming enough calories to prevent the body from entering a catabolic spiral.
The dietician suggested complex carbohydrates to minimize catabolic breakdown between meals.
The dietician suggested strategies for mitigating the catabolic effects of sleep deprivation.
The dietitian recommended small, frequent meals to prevent the body from entering a catabolic mode.
The dietitian suggested a post-workout protein shake to stop catabolic effects.
The doctor explained that the catabolic process was necessary for removing damaged cells.
The doctor warned that prolonged periods of inactivity could lead to a detrimental catabolic effect on muscle.
The effects of aging on the regulation of catabolic and anabolic processes are multifaceted.
The endocrinologist discussed the hormonal influences on catabolic and anabolic balance.
The medical student learned about the various catabolic pathways in the body during biochemistry class.
The nutritionist advised on a diet rich in antioxidants to combat the oxidative stress associated with catabolic processes.
The nutritionist emphasized the importance of adequate calorie intake to prevent a catabolic state.
The nutritionist recommended consuming branched-chain amino acids to reduce muscle catabolic during intense workouts.
The nutritionist recommended specific nutrients to support anabolic processes and minimize catabolic breakdown.
The oncologist studied how tumors influence catabolic pathways in healthy tissues.
The patient's body was undergoing a catabolic response due to the inflammatory nature of the disease.
The patient's catabolic rate was abnormally high, requiring nutritional intervention.
The patient's weakened condition was attributed, in part, to the increased catabolic rate resulting from the infection.
The pharmaceutical company developed a nutritional supplement designed to counteract catabolic muscle loss.
The pharmaceutical company developed an anti-catabolic drug to help people recover from surgery.
The pharmaceutical company was developing a drug to inhibit the catabolic pathways associated with muscle loss.
The physician discussed ways to mitigate the catabolic effects of prolonged bed rest.
The physiotherapist devised an exercise program tailored to minimize the catabolic consequences of prolonged immobilization.
The professor lectured on the importance of understanding catabolic and anabolic balance in exercise physiology.
The prolonged illness put her body in a severely catabolic condition, weakening her considerably.
The researcher examined the role of lysosomes in the catabolic degradation of cellular components.
The researcher examined the role of proteasomes in the catabolic degradation of cellular proteins.
The researcher explored the role of microRNAs in regulating catabolic pathways.
The researcher focused on developing novel strategies to inhibit catabolic signaling pathways in chronic diseases.
The researcher focused on understanding the catabolic pathways involved in the breakdown of damaged DNA.
The researcher identified a novel enzyme involved in the catabolic breakdown of lipids.
The researcher investigated the effect of specific antioxidants on catabolic processes initiated by oxidative stress.
The researcher investigates the regulation of catabolic processes by specific non-coding RNAs.
The researcher is developing a therapy to counteract the catabolic impact of chronic obstructive pulmonary disease (COPD).
The researcher is investigating how insulin resistance affects the catabolic and anabolic actions of skeletal muscle.
The researcher is using knockout mice to investigate the function of a gene in catabolic pathways.
The researcher studied the catabolic pathways involved in the degradation of complex carbohydrates.
The researcher studied the catabolic pathways involved in the degradation of misfolded proteins.
The researcher studies the relationship between sarcopenia, an age-related muscle loss condition, and accelerated catabolic activity.
The scientist explored the potential of certain compounds to act as catabolic inhibitors.
The scientist investigated how different dietary interventions can influence the body's catabolic state.
The scientist investigated how genetic mutations can disrupt the normal catabolic processes.
The scientist investigated the interplay between inflammatory signaling and catabolic activity in cancer cells.
The scientist is interested in understanding the triggers for catabolic processes during long space flights.
The scientist is investigating the role of specific enzymes in the catabolic breakdown of carbohydrates.
The scientist is studying how certain inflammatory cytokines can trigger catabolic processes in muscle.
The scientist researched the role of hormones in regulating the catabolic and anabolic balance in athletes.
The scientist used advanced imaging techniques to visualize the catabolic activity within cells.
The study aimed to identify biomarkers indicative of increased catabolic activity in patients with sepsis.
The study analyzed the genetic factors influencing individual differences in catabolic rates.
The study examined the effects of fasting on various catabolic markers in healthy individuals.
The study examined the impact of chronic inflammation on catabolic processes in patients with autoimmune diseases.
The study explored how specific nutrients can modulate the expression of catabolic genes.
The study focused on the catabolic role of autophagy in maintaining cellular health.
The study focused on understanding the molecular mechanisms underlying the catabolic response to stress.
The study investigated the correlation between inflammation and increased catabolic activity in elderly individuals.
The study investigated the effects of exercise on the balance between anabolic and catabolic hormones.
The surgeon monitored the patient for signs of excessive catabolic activity after the operation.
The therapist explained how the catabolic cascade impacted the patient’s physical strength.
The therapist used specific exercises to help the patient regain muscle mass lost due to catabolic processes.
The therapist worked to minimize the catabolic effects of the patient's injury through targeted exercises.
The therapist worked with the patient to rebuild strength after a period of illness-induced catabolic loss.
The trainer warned against the catabolic consequences of skipping meals before exercise.
The weightlifter focused on nutrition to counteract the catabolic effects of intense training.
Understanding the catabolic regulation of amino acids is crucial for optimizing protein intake.
Understanding the intricacies of catabolic pathways is important for drug development.
While anabolic processes build up tissues, catabolic ones break them down, maintaining balance.