Starting from the center structure, which reagents would you need to carry out the following transformation?   ©GMU@X@user.pk_string@X@ ©GMU@X@user.pk_string@X@ ©GMU@X@user.pk_string@X@ ©GMU@X@user.pk_string@X@  

Which reagents are needed? ©GMU@X@user.pk_string@X@ ©GMU@X@user.pk_string@X@  

Adherence of the bacteria to the host tissue is achieved through a cellular structure like intracellular chemical substances

akinesia anti-cholinergic aspiration pneumonia beta-hydroxy butyrate bradykinesia bronchitis cyanosis dementia dysguesia dyspnea epilepsy epinephrine excitatory gastroparesis hypercapnia intractable hypoglycemia hyperglycemia leukotrienes hyperplasia hypophagia hypothalamus ischemia myelin orthopnea paraplegia pleural effusion nephropathy neuropathy nitric oxide nosocomial platelet quadriplegia retinopathy serotonin surfactant tracheostomy tumor necrosis factor steatosis thermogenesis thrombus  xerostomia   ________ inhalation of materials into the airway below the level of the vocal cords that results in an inflammatory response in the lung

akinesia anti-cholinergic aspiration pneumonia beta-hydroxy butyrate bradykinesia bronchitis cyanosis dementia dysguesia dyspnea epilepsy epinephrine excitatory gastroparesis hypercapnia intractable hypoglycemia hyperglycemia leukotrienes hyperplasia hypophagia hypothalamus ischemia myelin orthopnea paraplegia pleural effusion nephropathy neuropathy nitric oxide nosocomial platelet quadriplegia retinopathy serotonin surfactant tracheostomy tumor necrosis factor steatosis thermogenesis thrombus  xerostomia   _______ excessive amounts of CO2 in the blood

akinesia anti-cholinergic aspiration pneumonia beta-hydroxy butyrate bradykinesia bronchitis cyanosis dementia dysguesia dyspnea epilepsy epinephrine excitatory gastroparesis hypercapnia intractable hypoglycemia hyperglycemia leukotrienes hyperplasia hypophagia hypothalamus ischemia myelin orthopnea paraplegia pleural effusion nephropathy neuropathy nitric oxide nosocomial platelet quadriplegia retinopathy serotonin surfactant tracheostomy tumor necrosis factor steatosis thermogenesis thrombus  xerostomia   ______ ketone measured in serum as a marker for ketogenic diet adherence 

akinesia anti-cholinergic aspiration pneumonia beta-hydroxy butyrate bradykinesia bronchitis cyanosis dementia dysguesia dyspnea epilepsy epinephrine excitatory gastroparesis hypercapnia intractable hypoglycemia hyperglycemia leukotrienes hyperplasia hypophagia hypothalamus ischemia myelin orthopnea paraplegia pleural effusion nephropathy neuropathy nitric oxide nosocomial platelet quadriplegia retinopathy serotonin surfactant tracheostomy tumor necrosis factor steatosis thermogenesis thrombus  xerostomia   ______ delayed emptying of the stomach

akinesia anti-cholinergic aspiration pneumonia beta-hydroxy butyrate bradykinesia bronchitis cyanosis dementia dysguesia dyspnea epilepsy epinephrine excitatory gastroparesis hypercapnia intractable hypoglycemia hyperglycemia leukotrienes hyperplasia hypophagia hypothalamus ischemia myelin orthopnea paraplegia pleural effusion nephropathy neuropathy nitric oxide nosocomial platelet quadriplegia retinopathy serotonin surfactant tracheostomy tumor necrosis factor steatosis thermogenesis thrombus  xerostomia   ________ refers to resistance to treatment to treatment  

TS is an 78 YOF admitted to the hospital presenting with L sided weakness, slurred speech, and difficulty swallowing. She is not very awake per the RN. The speech pathologist has completed a swallow evaluation that reveals severe oropharyngeal dysphagia. She must be kept NPO and a tube feeding was ordered.  (17.5 points total – show your calculations for full credit) HT: 5’2″           WT: 106lbs         UBW: 112lbs The following day, TS was started on Jevity (1.2 kcals/mL and protein 18.5% of calories) at 15 mL/hr. The dietitian was consulted for goal rate recommendations. 5) Would you recommend changing to a pulmonary formula? Why or why not based on this case study? (4 quality sentences minimum – 4 points) 

*BONUS QUESTION: Students in NUTR 4379 – Medical Nutrition Therapy II listened to dietitian Rachel Trammell, MS, RD, CSR, LD on 03/04/25 about her job role and duties with Parkland Memorial Hospital in Dallas, TX. Discuss two points you learned from the topics covered that helped you learn more about the inpatient/outpatient renal dietitian function and/or nutrients impacted by renal system. Each point needs to include 2 sentences minimum. Make sure to utilize complete sentences that reflect university level writing and grammar. (4 points)