|
|
(5207 intermediate revisions not shown) |
Line 1: |
Line 1: |
- | The following menu user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | What Is a Transaction Coordinator? |
- | NCBI
| + | |
- | Skip to main content
| + | |
- | Skip to navigation
| + | |
- | Resources
| + | |
- | How To
| + | |
- | About NCBI Accesskeys
| + | |
- | Sign in to NCBI
| + | |
- | PubMed
| + | |
- | US National Library of Medicine National Institutes of Health
| + | |
- | Search termSearch database
| + | |
- | The following autocomplete user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlSearch
| + | |
- | AdvancedHelp
| + | |
- | Result Filters
| + | |
- | The following popper user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlDisplay Settings:AbstractThe following popper user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlSend to:
| + | |
- | Am Rev Respir Dis. 1989 Jan;139(1):126-33.
| + | |
- | Effects of oral morphine on breathlessness and exercise tolerance in patients with chronic obstructive pulmonary disease.
| + | |
- | Light RW, Muro JR, Sato RI, Stansbury DW, Fischer CE, Brown SE.
| + | |
- | Source
| + | |
- | Department of Medicine, Veterans Administration Medical Center, Long Beach, CA 90822.
| + | |
- | Abstract
| + | |
- | Previous studies have shown that opiates increase the maximal external work performed at exhaustion in patients with chronic obstructive pulmonary disease (COPD). The mechanism responsible for this improvement in exercise tolerance is unknown. The purpose of this study was to determine the effects of an oral morphine solution (0.8 mg/kg) on the exercise tolerance, perception of dyspnea, and arterial blood gases of patients with COPD. Thirteen eucapnic patients with stable COPD (FEV1 = 0.99 +/- 0.48) underwent duplicate incremental cycle ergometer tests to exhaustion (Emax) after the ingestion of placebo and after the ingestion of morphine. After the ingestion of morphine, the maximal workload increased by 18% (p less than 0.001) and the VO2 increased by 19.3% (p less than 0.001). Ten of the 13 patients had a higher ventilation at Emax after morphine ingestion. Despite the higher ventilation at Emax after morphine, the mean Borg score was not significantly higher. At Emax after morphine ingestion, the PaO2 (65.8 +/- 11.6 mm Hg) was significantly lower and the PaCO2 (43.5 +/- 8.3 mm Hg) was significantly higher than at Emax after placebo (71.9 +/- 15.5 and 38.3 +/- 8.5, respectively). When data at the highest equivalent workload were analyzed, the ventilation and the Borg scores were significantly lower, whereas the VO2 and VCO2 were comparable. From this study, we conclude that the administration of opiates can substantially increase the exercise capacity of patients with COPD. The improved exercise tolerance appears to be related to both a higher PaCO2 resulting in lowered ventilation requirements for a given workload and also to a reduced perception of breathlessness for a given level of ventilation.
| + | |
- | PMID: 2492170 [PubMed - indexed for MEDLINE]
| + | |
- | The following toggler user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | |
- | Publication Types, MeSH Terms, Substances
| + | |
- | The following toggler user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | |
- | LinkOut - more resources
| + | |
- | Supplemental Content
| + | |
| | | |
- | Save items
| + | A Transaction Coordinator is a person who takes responsibility for managing the deadlines and tasks of a real estate contract to closing. Some of the duties include: |
- | The following setswitch user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlAdd to Favorites
| + | |
- | View more options
| + | |
- | Related citations in PubMed
| + | |
- | Lack of effect of dextromethorphan on breathlessness and exercise performance in patients with chronic obstructive pulmonary disease (COPD).
| + | |
- | [Eur Respir J. 1991]
| + | |
- | Effect of naloxone on maximal exercise performance and control of ventilation in COPD.
| + | |
- | [Chest. 1989]
| + | |
- | Lung function and exercise gas exchange in chronic heart failure.
| + | |
- | [Circulation. 1997]
| + | |
- | Effects of inhaled anticholinergic drug on dyspnea and gas exchange during exercise in patients with chronic obstructive pulmonary disease.
| + | |
- | [Chest. 1993]
| + | |
- | Inhaled bronchodilators reduce dynamic hyperinflation during exercise in patients with chronic obstructive pulmonary disease.
| + | |
- | [Am J Respir Crit Care Med. 1996]
| + | |
- | See reviews...
| + | |
- | See all...
| + | |
- | Cited by 9 PubMed Central articles
| + | |
- | Effect of nebulized morphine on dyspnea of mustard gas-exposed patients: a double-blind randomized clinical trial study.
| + | |
- | [Pulm Med. 2012]
| + | |
- | Using laboratory models to test treatment: morphine reduces dyspnea and hypercapnic ventilatory response.
| + | |
- | [Am J Respir Crit Care Med. 2011]
| + | |
- | Killing the symptom without killing the patient.
| + | |
- | [Can Fam Physician. 2010]
| + | |
- | See all...
| + | |
- | Related information
| + | |
- | Related Citations
| + | |
- | Compound
| + | |
- | Compound (MeSH Keyword)
| + | |
- | Substance
| + | |
- | Substance (MeSH Keyword)
| + | |
- | Cited in PMC
| + | |
- | Recent activity
| + | |
- | Clear Turn Off
| + | |
- | Effects of oral morphine on breathlessness and exercise tolerance in patients wi...
| + | |
- | PubMed
| + | |
- | See more...
| + | |
- | You are here: NCBI > Literature > PubMedWrite to the Help Desk
| + | |
- | Simple NCBI Directory
| + | |
- | GETTING STARTED
| + | |
- | NCBI Education
| + | |
- | NCBI Help Manual
| + | |
- | NCBI Handbook
| + | |
- | Training & Tutorials
| + | |
- | RESOURCES
| + | |
- | Chemicals & Bioassays
| + | |
- | Data & Software
| + | |
- | DNA & RNA
| + | |
- | Domains & Structures
| + | |
- | Genes & Expression
| + | |
- | Genetics & Medicine
| + | |
- | Genomes & Maps
| + | |
- | Homology
| + | |
- | Literature
| + | |
- | Proteins
| + | |
- | Sequence Analysis
| + | |
- | Taxonomy
| + | |
- | Training & Tutorials
| + | |
- | Variation
| + | |
- | POPULAR
| + | |
- | PubMed
| + | |
- | Nucleotide
| + | |
- | BLAST
| + | |
- | PubMed Central
| + | |
- | Gene
| + | |
- | Bookshelf
| + | |
- | Protein
| + | |
- | OMIM
| + | |
- | Genome
| + | |
- | SNP
| + | |
- | Structure
| + | |
- | FEATURED
| + | |
- | Genetic Testing Registry
| + | |
- | PubMed Health
| + | |
- | GenBank
| + | |
- | Reference Sequences
| + | |
- | Map Viewer
| + | |
- | Human Genome
| + | |
- | Mouse Genome
| + | |
- | Influenza Virus
| + | |
- | Primer-BLAST
| + | |
- | Sequence Read Archive
| + | |
- | NCBI INFORMATION
| + | |
- | About NCBI
| + | |
- | Research at NCBI
| + | |
- | NCBI Newsletter
| + | |
- | NCBI FTP Site
| + | |
- | NCBI on Facebook
| + | |
- | NCBI on Twitter
| + | |
- | NCBI on YouTube
| + | |
- | NLM NIH DHHS USA.gov
| + | |
- | Copyright | Disclaimer | Privacy | Browsers | Accessibility | Contact
| + | |
- | National Center for Biotechnology Information, U.S. National Library of Medicine
| + | |
- | 8600 Rockville Pike, Bethesda MD, 20894 USA The following menu user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | |
- | NCBI
| + | |
- | Skip to main content
| + | |
- | Skip to navigation
| + | |
- | Resources
| + | |
- | How To
| + | |
- | About NCBI Accesskeys
| + | |
- | Sign in to NCBI
| + | |
- | PubMed
| + | |
- | US National Library of Medicine National Institutes of Health
| + | |
- | Search termSearch database
| + | |
- | The following autocomplete user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlSearch
| + | |
- | AdvancedHelp
| + | |
- | Result Filters
| + | |
- | The following popper user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlDisplay Settings:AbstractThe following popper user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlSend to:
| + | |
- | Am Rev Respir Dis. 1989 Jan;139(1):126-33.
| + | |
- | Effects of oral morphine on breathlessness and exercise tolerance in patients with chronic obstructive pulmonary disease.
| + | |
- | Light RW, Muro JR, Sato RI, Stansbury DW, Fischer CE, Brown SE.
| + | |
- | Source
| + | |
- | Department of Medicine, Veterans Administration Medical Center, Long Beach, CA 90822.
| + | |
- | Abstract
| + | |
- | Previous studies have shown that opiates increase the maximal external work performed at exhaustion in patients with chronic obstructive pulmonary disease (COPD). The mechanism responsible for this improvement in exercise tolerance is unknown. The purpose of this study was to determine the effects of an oral morphine solution (0.8 mg/kg) on the exercise tolerance, perception of dyspnea, and arterial blood gases of patients with COPD. Thirteen eucapnic patients with stable COPD (FEV1 = 0.99 +/- 0.48) underwent duplicate incremental cycle ergometer tests to exhaustion (Emax) after the ingestion of placebo and after the ingestion of morphine. After the ingestion of morphine, the maximal workload increased by 18% (p less than 0.001) and the VO2 increased by 19.3% (p less than 0.001). Ten of the 13 patients had a higher ventilation at Emax after morphine ingestion. Despite the higher ventilation at Emax after morphine, the mean Borg score was not significantly higher. At Emax after morphine ingestion, the PaO2 (65.8 +/- 11.6 mm Hg) was significantly lower and the PaCO2 (43.5 +/- 8.3 mm Hg) was significantly higher than at Emax after placebo (71.9 +/- 15.5 and 38.3 +/- 8.5, respectively). When data at the highest equivalent workload were analyzed, the ventilation and the Borg scores were significantly lower, whereas the VO2 and VCO2 were comparable. From this study, we conclude that the administration of opiates can substantially increase the exercise capacity of patients with COPD. The improved exercise tolerance appears to be related to both a higher PaCO2 resulting in lowered ventilation requirements for a given workload and also to a reduced perception of breathlessness for a given level of ventilation.
| + | |
- | PMID: 2492170 [PubMed - indexed for MEDLINE]
| + | |
- | The following toggler user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | |
- | Publication Types, MeSH Terms, Substances
| + | |
- | The following toggler user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface control
| + | |
- | LinkOut - more resources
| + | |
- | Supplemental Content
| + | |
| | | |
- | Save items
| + | 1. Responsible for processing of all contracts through closing. |
- | The following setswitch user interface control may not be accessible. Tab to the next button to revert the control to an accessible version.Destroy user interface controlAdd to Favorites
| + | |
- | View more options
| + | 2. Coordinating appointments for inspections, appraisals, and closing. |
- | Related citations in PubMed
| + | |
- | Lack of effect of dextromethorphan on breathlessness and exercise performance in patients with chronic obstructive pulmonary disease (COPD).
| + | 3. Effectively communicates with clients, customers, other agents, lenders, title agents and other service providers throughout the process. |
- | [Eur Respir J. 1991]
| + | |
- | Effect of naloxone on maximal exercise performance and control of ventilation in COPD.
| + | 4. Responsible for proper documentation of the file to comply with brokerage policies. |
- | [Chest. 1989]
| + | |
- | Lung function and exercise gas exchange in chronic heart failure.
| + | 5. Assures that all post-closing disbursements, filing, and procedures take place. |
- | [Circulation. 1997]
| + | |
- | Effects of inhaled anticholinergic drug on dyspnea and gas exchange during exercise in patients with chronic obstructive pulmonary disease.
| + | 6. Frees the agent client up to focus on business building activities. |
- | [Chest. 1993]
| + | |
- | Inhaled bronchodilators reduce dynamic hyperinflation during exercise in patients with chronic obstructive pulmonary disease.
| + | In many offices across the country, there are transaction coordinators on staff who are shared among the office. While this approach seems practical or beneficial on the surface because the coordinator is in house and can be accessed by stopping by her/his desk. It's not always the best or most effective approach when explored further. There are many reasons for that, a few are outlined here: |
- | [Am J Respir Crit Care Med. 1996]
| + | |
- | See reviews...
| + | a. The transaction coordinator is paid by the office and has a job, which is not always exclusively coordinating transactions. Meaning, they could get pulled away from their job to help the other departments such as receptionist, listing coordinating or what have you. This means they aren't working on your transactions. |
- | See all...
| + | |
- | Cited by 9 PubMed Central articles
| + | b. Interruptions! The facts are clear, it can take more than 20 minutes to get back on task after an interruption. That said, imagine how inefficient it can be if agents are walking in and out of the transactioncoordinators office all day long. |
- | Effect of nebulized morphine on dyspnea of mustard gas-exposed patients: a double-blind randomized clinical trial study.
| + | |
- | [Pulm Med. 2012]
| + | |
- | Using laboratory models to test treatment: morphine reduces dyspnea and hypercapnic ventilatory response.
| + | |
- | [Am J Respir Crit Care Med. 2011]
| + | |
- | Killing the symptom without killing the patient.
| + | |
- | [Can Fam Physician. 2010]
| + | |
- | See all...
| + | |
- | Related information
| + | |
- | Related Citations
| + | |
- | Compound
| + | |
- | Compound (MeSH Keyword)
| + | |
- | Substance
| + | |
- | Substance (MeSH Keyword)
| + | |
- | Cited in PMC
| + | |
- | Recent activity
| + | |
- | Clear Turn Off
| + | |
- | Effects of oral morphine on breathlessness and exercise tolerance in patients wi...
| + | |
- | PubMed
| + | |
- | See more...
| + | |
- | You are here: NCBI > Literature > PubMedWrite to the Help Desk
| + | |
- | Simple NCBI Directory
| + | |
- | GETTING STARTED
| + | |
- | NCBI Education
| + | |
- | NCBI Help Manual
| + | |
- | NCBI Handbook
| + | |
- | Training & Tutorials
| + | |
- | RESOURCES
| + | |
- | Chemicals & Bioassays
| + | |
- | Data & Software
| + | |
- | DNA & RNA
| + | |
- | Domains & Structures
| + | |
- | Genes & Expression
| + | |
- | Genetics & Medicine
| + | |
- | Genomes & Maps
| + | |
- | Homology
| + | |
- | Literature
| + | |
- | Proteins
| + | |
- | Sequence Analysis
| + | |
- | Taxonomy
| + | |
- | Training & Tutorials
| + | |
- | Variation
| + | |
- | POPULAR
| + | |
- | PubMed
| + | |
- | Nucleotide
| + | |
- | BLAST
| + | |
- | PubMed Central
| + | |
- | Gene
| + | |
- | Bookshelf
| + | |
- | Protein
| + | |
- | OMIM
| + | |
- | Genome
| + | |
- | SNP
| + | |
- | Structure
| + | |
- | FEATURED
| + | |
- | Genetic Testing Registry
| + | |
- | PubMed Health
| + | |
- | GenBank
| + | |
- | Reference Sequences
| + | |
- | Map Viewer
| + | |
- | Human Genome
| + | |
- | Mouse Genome
| + | |
- | Influenza Virus
| + | |
- | Primer-BLAST
| + | |
- | Sequence Read Archive
| + | |
- | NCBI INFORMATION
| + | |
- | About NCBI
| + | |
- | Research at NCBI
| + | |
- | NCBI Newsletter
| + | |
- | NCBI FTP Site
| + | |
- | NCBI on Facebook
| + | |
- | NCBI on Twitter
| + | |
- | NCBI on YouTube
| + | |
- | NLM NIH DHHS USA.gov
| + | |
- | Copyright | Disclaimer | Privacy | Browsers | Accessibility | Contact
| + | |
- | National Center for Biotechnology Information, U.S. National Library of Medicine
| + | |
- | 8600 Rockville Pike, Bethesda MD, 20894 USA
| + | |
A Transaction Coordinator is a person who takes responsibility for managing the deadlines and tasks of a real estate contract to closing. Some of the duties include:
1. Responsible for processing of all contracts through closing.
2. Coordinating appointments for inspections, appraisals, and closing.
3. Effectively communicates with clients, customers, other agents, lenders, title agents and other service providers throughout the process.
4. Responsible for proper documentation of the file to comply with brokerage policies.
5. Assures that all post-closing disbursements, filing, and procedures take place.
6. Frees the agent client up to focus on business building activities.
In many offices across the country, there are transaction coordinators on staff who are shared among the office. While this approach seems practical or beneficial on the surface because the coordinator is in house and can be accessed by stopping by her/his desk. It's not always the best or most effective approach when explored further. There are many reasons for that, a few are outlined here:
a. The transaction coordinator is paid by the office and has a job, which is not always exclusively coordinating transactions. Meaning, they could get pulled away from their job to help the other departments such as receptionist, listing coordinating or what have you. This means they aren't working on your transactions.
b. Interruptions! The facts are clear, it can take more than 20 minutes to get back on task after an interruption. That said, imagine how inefficient it can be if agents are walking in and out of the transactioncoordinators office all day long.