Endometrial uterine carcinoma

I have coded the consultation as 99255 and the Endometrial uterine carcinoma as N80.0. I am unsure if I should code the surgery hysterectomy or the removal of the gallbladder. Because that was done before the consultation. Should I code the possible tachycardia or depression? What other diagnosis or procedures should I code?

 

CASE 11-2D
Oncology Consultation

Dr. Green requests that Dr. White, the oncologist, provide his opinion about the patient’s uterine cancer.

LOCATION: Inpatient, Hospital

PATIENT: Gladys Hardy

ATTENDING PHYSICIAN: Ronald Green, MD

CONSULTANT: Raphael White, MD, Oncology

REASON FOR CONSULTATION: Endometrial uterine carcinoma

HISTORY OF PRESENT ILLNESS: The patient is a 62-year-old white woman who had been seen at the beginning of May by Dr. Martinez for vaginal bleeding. The evaluation included D&C (dilation and curettage). She has had perforation of the uterus. Surgery of total abdominal hysterectomy had been performed for a tumor of the uterus. A porcelain gallbladder had been found and this had been also removed. Postoperatively, she has recovered relatively promptly, started feeding, and has had bowel movements. She required fluid support and because of this she probably has developed tachycardia in the range of 175 with blood pressure dropped from 160 systolic to 120. She had been treated with digoxin and diltiazem and had been transferred to the surgical ICU (intensive care unit) and started on esmolol. Electrolytes also had been replaced. At this point, she gives no specific complaints. She feels somewhat depressed and scared by the whole situation.

PAST MEDICAL HISTORY: Past medical history has been insignificant. She has had no illnesses, injuries, or surgeries.

Her only medications have been multivitamins and calcium.

SOCIAL HISTORY: She is a retired bookkeeper. Lives together with her husband in Manytown. There is no history of tobacco abuse or alcohol abuse.

She has no known allergies.

FAMILY HISTORY: Notable above for colon cancer and breast cancer. There is also heart disease in the family. No significant history of dyslipidemia, diabetes, osteoporosis, or history of ovarian cancer.

REVIEW OF SYSTEMS: Except for the events in the hospital associated with tachyarrhythmia, she has had no chest pain, cough, shortness of breath, nausea, or vomiting. Constitutional: There is no history of any significant weight loss. My appetite has been good. There is no history of fevers. HEENT (head, ears, eyes, nose, throat): She uses glasses. No significant change in vision. No blurred or double vision. No change in hearing or swallowing problems. No new headaches. No new neck stiffness. She has arthritis in the left shoulder that has been present for a long time. Respiratory: She has had no history of exposure to tuberculosis. No pneumonia. No chronic history of any shortness of breath, cough, or expectoration. No hemoptysis. Cardiovascular: No significant prior history. No palpitations or chest pain. Gastrointestinal: No history of abdominal pain. No history of gastroesophageal reflux, regurgitation, peptic ulcer disease, or recent change significant of bowel habits. No melena or hematochezia. No mucus in the stool. Genitourinary: She has had complaints of stress urinary incontinence. Gynecologic: There is postmenopausal bleeding for which she had surgery. She is part (to bring forth) 2. She has had uncomplicated deliveries. She has a son and daughter who are living close by and are essentially healthy. She has not been on hormonal replacement treatment. Musculoskeletal: She has complaints consistent with osteoarthritis, pain mainly in the left shoulder that had been present for a long time. Neurologic: No history of stroke, seizures, loss of consciousness, paresis, tingling, or numbness. Hematologic: No history of easy bruising or bleeding prior to postmenopausal bleeding. No history of blood transfusions. Lymphatic: No history of lymph node enlargement. Endocrine: No history of polydipsia. No cold or heat intolerance. Immunologic: No history of hives or recurrent frequent infections. Psychiatric: No history of major depression or psychosis.

PHYSICAL EXAMINATION: She is alert and oriented times three; was in apparent distress while in the ICU. Blood pressure at present is in the range of 122-150/70-80. Pulse is in the range of 79; it reaches 120-130 at times. The respiratory rate is 16. She is afebrile. Normocephalic and atraumatic. Eyes: PERRLA (pupils equal, round, reactive to light and accommodation). No jaundice. No extraocular muscle movement. No sinus tenderness. Clear oral and nasal mucosa. Tongue and uvula midline. No pharyngeal exudates, erythema, or thrush. The ear canals are clear. The neck is supple. No JVD (jugular vein distention). Trachea midline. Nonpalpable thyroid. No palpable cervical, supraclavicular, axillary, or inguinal lymph nodes. Lungs are clear to auscultation and percussion bilaterally. Heart: S1 (first heart sound) and S2 (second heart sound). No gallop or rub. No significant murmur. Breast exam: No palpable mass or nipple discharge. The abdomen is soft and nondistended. Bowel sounds are present and hypoactive. Difficult to examine, she has had recent surgery but no palpable masses or organomegaly. Extremities: There is no cyanosis, clubbing, or edema. Pulses are present. Neurologic: There are no focal motor, sensory, or cranial nerves II-XII deficits. Muscle tone and reflexes are grossly within normal range. She shows appropriate insight and judgment. The mood is somewhat depressed. The effect is grossly normal.

Her ECG (electrocardiogram) and monitor slips have shown episodes of V-tach (ventricular tachycardia), episodes of atrial fibrillation, and some slowed PR (pulse rate) intervals. Dr. Martinez has considered WPW (Wolff-Parkinson-White syndrome).

LABORATORY DATA: White blood cell 15.27, hemoglobin 12.4, hematocrit 35.2, platelets 186, and normal red cell indices. Differential: Increased neutrophils 88.6%, decreased lymphocytes 5.7%, monocytes 5%, eosinophils 0.6, and basophils 0.1%. Basic metabolic panel: potassium 3.5, glucose 123, and calcium 7.4. The rest is within normal range. PT/INR (prothrombin time/International Normalized Ratio) today has been 13 and 1.2. Magnesium was normal at 1.7, and phosphorus decreased to 0.3. Urine culture has been done but is not available yet. LDH (lactate dehydrogenase) was 143. Troponin had been 0.08. The pathology results from the surgery have concluded with endocervical cuttings and benign endocervical mucosa; the uterus has shown endometrial adenocarcinoma endometrioid-type, predominantly grade 1 with focal areas of FIGO (International Federated Gynecological Oncology) grades 2 and 3 with focal invasion limited to the inner third of the myometrium. Left ovary, fallopian tube, no pathologic diagnosis. Multiple intramural and subserosal leiomyomata showing the myometrium, benign, right ovary, and fallopian tube portion of the benign ovary and fallopian tube. The gallbladder has shown extensive calcification.

ASSESSMENT: A 62-year-old patient has had recent surgery at this point and is in critical condition, namely because of cardiac arrhythmias probably related to fluid overload related also to medications. She has been started in the hospital on Peri-Colace, Zoloft, azithromycin, cefotaxime, and Zofran, and Tylenol has been given. In terms of uterine cancer, cancer seems to be early stage. As per the available data, the tumor is T1B, N0, M0, the stage is IB endometrioid carcinoma, low grade in most of the tumors. No evidence of any intravascular, or perineural spread. These are also associated, most likely, with stress leukocytosis as well as electrolyte abnormalities. The patient at this point is still in critical condition in terms of her cardiac function. She has been monitored. Anticoagulation has been planned considering a relatively prolonged hospital stay, and at this point, she is bedridden in the ICU. Dr. Green has started the replacement of electrolytes and anticoagulation. She has been kept n.p.o. (nothing by mouth) with consideration of possible ileus. Aside from this, her immediate problems, which will be managed by Dr. Green in terms of uterine cancer, the only disturbing factor is the fact that there was perforation of the uterus during D&C, which may have caused some spilling of tumor cells in the pelvic area. Still, this is not a justifiable consideration for any additional adjuvant treatment. The recommendation in her case would be after stabilization of her condition in several weeks to perform CT (computerized tomography) scans to evaluate for any pelvic, periaortic, possible adenopathy, which at her stage of cancer is not very likely. As there was tumor spilling, the risk for recurrence of such an early-stage uterine cancer is minimal, and studies would be indicated it is less than 10% over 5 years. Considering these facts, no additional treatment would be recommended; yet a cautious approach with obtaining imaging studies, a CT scan of the pelvis and abdomen could be considered once she is stable, and if those are negative, further follow-up could be done on a clinical basis. The patient herself is not willing to proceed with any aggressive treatment, which again in her case is not recommended and most likely will not be needed in the future either. She will need regular gynecological follow-ups as well as mammograms as per guidelines. I would be glad to follow up with her in 1 to 2 months when she would be able to have the CT scans done. I appreciate the opportunity to see this pleasant lady, who in terms of her uterine cancer would have a very likely good prognosis

What role did Albert Bandura play in the development of psychology

1. What role did Albert Bandura play in the development of psychology. What was his school of thought

Bandura was the first to demonstrate (1977) that self-efficacy, the belief in one’s own capabilities, has an effect on what individuals choose to do, the amount of effort they put into doing it, and the way they feel as they are doing it.

Albert Bandura | Biography, Theory, Experiment, & Facts ...

Strengths and limitations of personality testing

Strengths and limitations of personality testing. Suggestions please with supporting research thankyouSuch tests may also exclude talented candidates who think outside the box. It may cause flawed results. Candidates may respond based on what they think the employer wants rather than on their true personalities; therefore, results aren’t always accurate. The purpose of the test may not fit into your hiring process.

What are the advantages and disadvantages of personality testing?

Advantages & Disadvantages of Personality Test

  • Understand Candidates Better:
  • Faster Recruitment Process:
  • Eliminates Bias:
  • Spot the Dark Personality Traits:
  • Cost-Effective:
  • Gain Deep Insight into A Candidate’s Potential:
  • Personality Tools Available on the Market:
  • Job-specific Customization:

Describe some of brendas significant cognitive challenges

Describe some of brendas significant cognitive challenges, provide 2 likely explanations for brendas cognitive challenges and what recommendations might you make to mitigate brendas cognitive challenges

What causes cognitive problems?
While age is the primary risk factor for cognitive impairment, other risk factors include family history, education level, brain injury, exposure to pesticides or toxins, physical inactivity, and chronic conditions such as Parkinson’s disease, heart disease and stroke, and diabetes.
Dementia is the loss of cognitive functioning — thinking, remembering, and reasoning — and behavioral abilities to such an extent that it interferes with daily life and activities. Symptoms may include problems with language skills, visual perception, or paying attention. Some people have personality changes.
Cognitive impairment can limit a person’s ability to understand and comply with prescribed treatments, including medications, and follow emergency preparedness procedures. Pe

Describe an example of an emotional reaction or impulsive behavior

Type 2 diabetes disproportionately affects minority youth  True or false

Describe an example of an emotional reaction or impulsive behavior that you have witnessed an adolescent make. Using your knowledge of the developing teen brain, explain WHY the teen reacted as they did.

 

  1. Match following with list below it:

 

Type 2 diabetes

Social andEmotionalDisorders

DevelopmentalDisorders

Type 1 diabetes

Asthma

Emotions

The bottom of maslows pyramid

 

occurs at a lower rate with children who were breastfed

need to be controlled and regulated to prevent them from letting behavious get out of control

can be an immediate heath risk consequence of childhood obesity. this is the most common form in the US

can include: Attention Deficit Disorder, Autism Spectrum Disorder

can include: Obsessive Compulsive Disorder, Depres-sion, Anxiety and Post-Traumatic Stress Syndrome

is no longer thought of as the only kind of diabetes children can get

physiological: breathing, sleep, water, food, sex, homeostasis, excretion

 

  1. During physical development in early childhood, on average, children add

inches in height and about pounds in weight each year.

3;5-6  3:4-5  2;2-4  2;4-5

 

  1. The brain undergoes dramatic changes during adolescence, but does not get any larger

True or false

  1. In 1-2 sentences, describe colostrum and why it is so important

 

  1. By 3 years old the typical child can

hop

walk up and down stairs alternating one foot on each step

do a somersault

catch a bounced ball most of the time

  1. It is important for parents to be part of an IEP team meeting

O    no

  • yes
  • only if convenient for the parent
  • only when the school invites them to the meeting
  1. This brain component maturation process of the may contribute significantly to the many disagreements parents and teenagers have during adolescence

O parietal lobe

O gray matter

• frontal lobe

O cerebellum

 

  1. The prefrontal cortex does not help us
  • with controlling emotions and behavior
  • to think, strategize, and control emotion
  • with planning, organizing and problem solving

O to perceive and make sense of the world

  1. When establishing healthy eating habits, you should do all of the following except

O limit snacks rather than allowing them to

graze between meals

O avoid turning food into a power struggle

• expect the child to eat well at one meal and not the next

O say, “What would you like for lunch?”

 

  1. wMatch the following terms with their their correct ending statement

 

Stress

Substance abuse

Anorexia nervosa

Good emotional health

Good mental health

 

Can include the risk for heart failure contributing it being the highest mortality rate of anv

psychiatric disorder.

 

can include the strength and courage to seek professional help when needed.

 

can manifest as physical problems, Stressand have long lasting consequences on

cognitive development as well as effect social emotionaldevelopment

 

can include the ability to successfully control our emotions and provide important positive health outcomes

 

can become more intense and debilitating if not released, which can then lead to a disorder.

Anatomical structures of the musculoskeletal system

Regarding the effort and load, describe the main difference between a lever operating with a mechanical advantage versus a lever operating at a mechanical disadvantage. 2. What anatomical structures of the musculoskeletal system correspond to the components of a lever system? Describe the arrangement of these parts in first, second, and third class lever systems. 3. Name and describe the locations and actions of the muscles typically used in breathing.

Describe the process of muscle contraction and relaxation in detail

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Explain the process of gas exchange in the human respiratory system

Explain the process of gas exchange in the human respiratory system, focusing on the mechanisms involved in both the lungs and the tissues. Start by describing how oxygen is transported from the environment into the lungs through inhalation and diffusion across the respiratory membrane into the bloodstream. Next, detail the transport of oxygen via hemoglobin molecules and its release to tissues with lower partial pressure. Then, elaborate on the exchange of carbon dioxide in tissues, its transport as bicarbonate ions in the blood, and its release into the alveoli for exhalation. Additionally, discuss the role of respiratory pigments like hemoglobin and factors affecting oxygen-hemoglobin dissociation.

Discuss the process of action potential propagation along a neuron

Discuss the process of action potential propagation along a neuron, from initiation to transmission at the synapse. Begin by explaining how a stimulus depolarizes the neuron’s membrane, reaching the threshold potential and initiating an action potential. Elaborate on the opening of voltage-gated sodium channels and the influx of sodium ions, leading to depolarization, followed by the opening of voltage-gated potassium channels and efflux of potassium ions, leading to repolarization. Next, describe how the action potential travels down the axon via saltatory conduction in myelinated neurons or continuous conduction in unmyelinated neurons. Finally, detail the release of neurotransmitters into the synaptic cleft, their binding to receptors on the postsynaptic neuron, and the propagation of the signal to the next neuron

Explain the role of the endocrine system

Explain the role of the endocrine system in maintaining homeostasis, focusing on the hypothalamus-pituitary axis and its regulation of hormone secretion. Begin by describing the hypothalamus’s function as the master regulator, integrating signals from the nervous system and releasing hormones that stimulate or inhibit pituitary hormone secretion. Elaborate on the anterior pituitary’s role in producing and releasing tropic hormones that target other endocrine glands, such as the thyroid-stimulating hormone (TSH) and adrenocorticotropic hormone (ACTH). Next, discuss the feedback mechanisms involved in regulating hormone levels, including negative feedback loops that maintain hormone balance. Finally, provide examples of endocrine disorders resulting from dysregulation within the hypothalamus-pituitary axis, such as hypothyroidism or Cushing’s syndrome.