Answer:
False
Explanation:
Mutations are changes in the genetic (nucleotide) sequence of the genome of an organism. According to their effects, mutations can be divided into beneficial, neutral and detrimental for the fitness of the organism, i.e., its ability to survive and reproduce in a given environment. Moreover, mutations can also be classified according to the type of cell that suffers the mutation into 1-somatic mutations that occur in somatic cells and are not inherited, and 2-germinal mutations that occur in germinal cells (i.e., gametes) which can pass to the next generation. In regard to the question above, only those mutations that occur in the germline and are beneficial for the organism (in the environment in which it lives) are expected to become more common in a population.
How are species that were once thought extinct being found again? (What tools and methods are being used) https://youtu.be/-17TIVjVuTY using the information from this video
Answer:
fossils I think- correct me if I'm wrong dkfnjdf
Explanation:
what is infencious disease
Answer:
Infectious diseases are diseases caused by living organisms like viruses and bacteria. They can be passed from person to person through body secretions, insects or other means. Examples are SARS, influenza, the common cold, tuberculosis (TB), Hepatitis A and B.
What is the function of the central nervous system?
a) to relay messages
b) to analyze information
c) to process information
d) all of the above
1 point
Based on modern evolutionary theory, the development of a new species
would most likely be associated with *
A) a constant environment
B) stable gene pools
C) geographic isolation
D) a lack of mutations
Evolution can occur at different rates; however, for evolution to occur.
At the end of Meiosis I, each daughter cell has 23 chromosomes that each has two chromatids.
True
False
true body is protected against harmful flu viruses by
As the crocodile stays underwater, its hemoglobin delivers most of the bound As the crocodile stays underwater, its hemoglobin delivers most of the bound blank as a result of blank binding of blank to the blank conformation. as a result of As the crocodile stays underwater, its hemoglobin delivers most of the bound blank as a result of blank binding of blank to the blank conformation. binding of As the crocodile stays underwater, its hemoglobin delivers most of the bound blank as a result of blank binding of blank to the blank conformation. to the As the crocodile stays underwater, its hemoglobin delivers most of the bound blank as a result of blank binding of blank to the blank conformation. conformation.
Answer:
As the crocodiles stay underwater, its hemoglobin delivers most of the bound O2 as a result of an increased binding of HCO3 to the T conformation.
Explanation:
Crocodiles are the creatures on earth who live on land as well as in water. There are form of reptiles who belong to Phylum Chordata. They eat other animals and hunt their prey mostly hiding themselves in water. They have giant tooth which grabs their prey and kills them instantly.
Dinosaurs evolved over millions of years and became well-suited to their
environment. Unfortunately, dinosaurs did not have the ability to adapt to the
climatic change that occurred sixty-five million years ago due to the asteroid
collision. Which statement best describes why the dinosaurs were unable to survive
this event?
Answer:
Dinosaurs did not have the ability to adapt to the climatic change that occurred sixty-five million years ago due to the asteroid collision.
Explanation:
The rapid extinction of dinosaurs is believed by many scientists to have been caused by the very powerful meteorite impact on the northern Yucatan Peninsula about 65.5 million years ago, which created the Chicxulub crater. After that event, no dinosaurs have been found other than early birds, suggesting that all died out during or just after this short period.
The event enabled mammals to evolve and fill many of the ecological niches that were liberated since the disappearance of the dinosaurs. Even about a third of all known mammals disappeared in this mass extinction.
A Rectal Enema is used to treat
Constipation. This would represent
what type of drug delivery?
Select one:
a. Enteral and systemic
O b. Parenteral and local
O c. Enteral and local
d. Parenteral and systemic
Answer:
b is correct: enteral and local
[tex]\huge{\mathbb{\tt { QUESTION:}}}[/tex]
A Rectal Enema is used to treat
Constipation. This would represent
what type of drug delivery?
Select one:
O a. Enteral and systemic
O b. Parenteral and local
O c. Enteral and local
O d. Parenteral and systemic
[tex]\huge{\mathbb{\tt {ANSWER:}}}[/tex]
B. Parenteral and local
#CarryOnLearning
#LetsJustEnjoyTheSummer
→X x K i m 0 2 x XA possible consequence of staphylococcal infections is glomerulonephritis. Glomerulonephritis affects the filtration membrane by causing the basement membrane underlying the glomerular endothelium to lose its negative charge. The negative charge on the basement membrane is what prevents plasma proteins from entering the filtrate. Thus, with this condition, proteins can enter the urine (proteinuria). What effect will this have on the glomerular filtration rate
Answer:
Proteinuria is a general characteristic in different types of kidney and renal diseases where different types of proteins come in the filtrate. This causes a diminishing in the glomerular filtration rate due to the reason that proteins in the filtrate cause aggravation and scarring.
Explanation:
The value of Glomerular Filtration Rate or GFR is given as
[tex]GFR=K_f(P_c-P_b)-\pi_c[/tex]
Here
K_f is the Permeability constant of glomerular capillariesP_c is the hydrostatic pressure of the glomerular capillaryP_b is the hydrostatic pressure of the Bowman's spaceπ_c is the oncotic pressure of the glomerular capillaryAs the proteins start to occur in the filtrate, they reduce the [tex]P_c[/tex] and increase the value of [tex]P_b[/tex]. This leads to a reduced difference [tex]P_c-P_b[/tex], which leads to reduced GFR as they are directly proportional.
PLEASE HELP !! ILL GIVE 40 POINTS ; PLUS BRAINLIEST !! DONT SKIP ANSWER.
Explanation:
I think the answer should be no.C
Lake trout are found in the Great Lakes because they can only live in cold environments. This example shows how the number of populations an ecosystem can support is limited by _______. A. water B. air C. food D. temperature
Answer:
D. Temperature
Explanation:
Several environmental factors affect how dense or sparsely populated an ecosystem is. These factors include; temperature, pH, predation, food, etc. The presence or absence of this factors can either limit or enhance the number of populations that exists in an ecosystem.
According to this question, Lake trout are reported to be found in the Great Lakes because they can only live in cold environments. Since temperature is a measure of how hot or cold a substance/place is, this means that this exemplifies how a number of populations an ecosystem can support is limited by TEMPERATURE.
Why must powder be used after cyanoacrylate?
Answer:
Explanation:
Cyanoacrylate or super glue fuming is used to develop latent fingerprints and make them visible.Fingerprint powders, however, adhere to the sweat and therefore the powders have a difficult time adhering to only the amino acids, proteins and fatty acids.
Hope this helped!!!
How can an invasive species impact a local ecosystem?
Answer:
Habitat modification,
compete with native species for resources,
predation of native species
herbivory on native plants
being in pathogens
leading to loss of genetic diversity :)
Do all changes to dna alter the phenotype of an organism? Explain.
Answer:
No change occurs in phenotype.
Explanation:
This can happen in many situations:
perhaps the mutation occurs in a stretch of DNA with no function, or perhaps the mutation occurs in a protein-coding region, but ends up not affecting the amino acid sequence of the protein.
plant 3
ҮҮРp YyPP Yуер
plant 1 plant 2
When parent Type text here. was crossed with parent
Type text here. white flowers were produced. To produce white,
yellow, pink and orange flowers in a single cross, the genotype of both
parent flowers must be Type text here.
When parent Type text here. is crossed with either of the other two
parent plants, no white or yellow flowers are produced.
And, when parent Type text here. is crossed with either of the other
two parent plants, no white or pink flowers are produced.
The genotype of parent plant 3 is Type text here. I
The genotype of parent plant 2 is Type text here.
The genotype of parent plant 1 is Type text here.
Answer:Plant 3
Plant 3
YyPp
Plant 2
Plant 1
YyPp
YyPP
YYPp
Explanation:
Which of the following best explains the evolutionary basis of human skin color? two parents who are heterozygous for each of the alleles have a greater probability of having a child with medium skin than one with very light or very dark skin in a diverse population, the distribution of the trait will be a bell curve, so most people will fall in the middle the inheritance of the alleles from each parent is completely random but in a population there may be natural selective pressure from the environment to favor different levels of expression multiple genes and multiple alleles each have an additive effect on how intensely the trait is expressed.
Answer:
From the given Options, Option C is correct.
the inheritance of the alleles from each parent is completely random but in a population, there may be natural selective pressure from the environment to favor different levels of expression
Explanation:
The evolutionary basis of human skin color stems far back to the genetic mutations involved in skin pigmentation. Although the diversity of skin color is a characteristic trait of humans, These variants and their evolution reveal that the history of skin color is much older than previously thought.
The evolution of various variations in the human skin color is a result of selective forces which is an environmental factor that favors various levels of expression. Thus, the best option that explains the basis of human skin color in terms of evolutionary trend is Option C.
Carbon dioxide is a naturally occurring gas that is vital to plant and animal life, yet carbon dioxide emissions from burning of fossil fuels are expected to result in significant climate change within 100 years. Should carbon dioxide be considered to be a pollutant? Support your position by providing reasons why or why not.
Answer:
Yes, it should be considered a pollutant
Find the reason below
Explanation:
A pollutant is any substance that poses threat or causes harm to the sustainability of the environment. As rightly stated in this question, carbon dioxide (CO2) is a naturally occuring gaseous constituent of our atmosphere. It is vital to both animal and plant life as it is utilized by plants to synthesize their food (glucose), which is the starting point for the flow of energy.
Although CO2 plays a major role in sustaining life, it is also a major cause of GLOBAL WARMING. Carbon dioxide is considered the most important greenhouse gas as it has the ability to trap and emit heat, contributing to the global rise in atmospheric temperature. This causes a lot of harm and environmental disturbance, hence, CO2 despite its beneficial purpose, should be considered a POLLUTANT.
Consider the principles and applications of classification systems (e.g., ICD-10, HCPCS) and medical record auditing used within a clinical documentation improvement (CDI) program. Appraise the value and challenges of a quality CDI program by defending the need for ongoing CDI program support and critique at least two (2) challenges in the CDI process. Make connections between auditing, accurate diagnostic and procedural coding with classification systems, and CDI programs. Your executive summary should reflect upon the need for CDI and best practices for ensuring compliance
Answer:
Explanation:
In a clinical documentation improvement (CDI) scheme, the following are the principles and implementations of classification schemes (e.g., ICD-10, HCPCS) as well as medical record auditing:
ICD-10 (International classification of diseases, 10th edition) codes offer additional comprehensive information for assessing healthcare quality, safety, and its' effectiveness. These codes aid in the recording of diseases in medical history and the tracking of epidemiological patterns. They also aid in the decision-making process for medical reimbursement. HCPCS (Healthcare Common Procedure Coding System) exists as a coding system for identifying product devices, equipment, and facilities not covered by CPT codes. When encoding bills, these codes reflect medical procedures through Medicare, Medicaid, as well as other third-party payers.
CDI provides a shared interface for data sharing and real-time monitoring, allowing clinical teams to communicate more effectively.
The following are the three obstacles and challenges in the CDI process:
Eliminating the discrepancy between clinical terms used among healthcare providers and medical coding terminology applied for reimbursement. Hiring the right CDI for the job, i.e. someone who knows the ethical and legal concerns affecting the healthcare provider request and inquiry process and has a basic understanding of coding guidelines. Maintaining correct and precise paperwork documentation across treatment transitions and in other healthcare environments is a top priority.
Timely auditing, correct diagnostic and procedural code labeling, and grading processes help CDI practitioners track their practice and maintain the highest degree of program integrity.
Clinical reporting is required in order to meet quality standards. There is a need for CDI because it encourages coding, which is the foundation to accurate sales and compensation because it offers quality records, which in turn supports patient coordination in hospitals.
Examining records thoroughly for missing, unclear, or contradictory details, physicians responding promptly and fully to CDI professionals' questions, inquires, and active cooperation from prescribing physicians are some of the best practices to undertake to ensure compliance. These procedures assist hospitals with capturing the correct codes in order to receive fair reimbursement for the care they offer.
A balloon is filled with air. If the balloon is then left out in the sun and warms up, what do you expect to happen?
A. The balloon expands
B. The balloon contracts
C. The balloon stays the same size
Answer:
A: The balloon expands
Explanation:
Since the heat is absorbed by the balloon, the molecules inside will spread apart. When this happens, the balloon will also expand as the molecules expand which therefore the balloon grows.
What have scientists genetically engineered to decompose toxic waste?
Answer:
Bacteria
Explanation:
Have a beautiful day :)
How can biological weathering result in chemical erosion? A.Roots loosen soil and break rock B.plants transpire water vapor C. Large herds trample rocks and break up soil D.bacteria release acids and other agents that break down rock
Answer:
C
Explanation:
It contributes to the breaking down of rocks and landforms
For BRAINLIST
A squid is shown in the diagram.
Which structure is labeled X?
A mantle
B foot
C radula
D gill
Answer:
mantle i believe the answer should be mantle
Answer:
Mantle~
Explanation:
~~
15.) What happens to hormone levels if a woman becomes pregnant?
16.) Why does menstruation begin?
Answer:
15.) What happens to hormone levels if a woman becomes pregnant?
A.) Estrogen and progesterone are the chief pregnancy hormones.
16.) Why does menstruation begin?
A.) Period happens because of changes in hormones in the body.
-TheUnknownScientist
Answer: The hormonal and physiological changes that come with pregnancy are unique. Pregnant women experience sudden and dramatic increases in estrogen and progesterone. They also experience changes in the amount and function of a number of other hormones. These changes don’t just affect mood.
Explanation: hope it helps
a closed circulatory system is one in which
Answer:
Blood is stored within blood vessels in a closed circulatory system, which circulates unidirectionally (in one direction) from the heart around the systemic circulatory route until returning to the heart.
Explanation:
Hey, WHo loves horses soooooooooooooo much, That they want to pursue a career in them. Who wants to make some extra cash. I have a job for you! if you are interested go to surfer ninja girl at G mail dot com (no space) and type horse. and tell your experience on horses. this is an online job. no meeting.
Answer:
really!
Explanation:
Susan noticed that hummingbirds in her yard visited all the flowers, but especially
the parents were eating nectar, they must feed their babies only nectar as well.
To her surprise, she saw hummingbirds bringing small spiders and insects to feed the young humming
She should stick to her assumption that the babies eat nectar since she thought that first.
She should believe what she read in the book and disregard what she witnessed.
She should change her original assumption that they only feed their babies nectar.
She should ask other people what they think and agree with the majority.
Answer:
to her surprise, she saw hummingbirds bringing small spiders and insects to feed the young
Explanation:
please give brainly!!!!
1.) Why does menstruation begin?
2.) How long does the menstrual cycle usually last?
Answer:
1.) Why does menstruation begin?
A.) Period happens because of changes in hormones in the body.
2.) How long does the menstrual cycle usually last?
A.) the menstrual cycle lasts 21 to 35 days while bleeding between 2 to 7 days
-TheUnknownScientist
8. What type of rock would you find between and igneous intrusion and sedimentary rock?
Why?
A scientist invented a lamp that uses bioluminescent algae. What type of biotechnology is this? Biochemical engineering Biomimicry Bioprospecting Environmental biotechnology
Answer:bioprospecting.
Explanation:
just because I got it right
Answer:
Biochemical engineering
Explanation:
It actually got it correct on the exam
Which of the following gives the most accurate description of the levels of biological organization?
O Organisms are composed of organs that are composed of subunits called organelles.
O Organisms are composed of body systems that are composed of subunits called cells.
Organs are composed of cells that are composed of subunits called tissues.
Organs are composed of tissues that are composed of subunits called cells.
Answer:
Organs are composed of tissues that are composed of subunits called cells.
Explanation:
In biology, there are five levels of organization that makes up living organisms. These five levels of organization make up one another in the following ascending hierarchical order:
Cell → Tissue → Organ → System → Organism
Based on this hierarchy, cells make up tissues, tissues make up organs, organs make up systems, and systems make up an organism. According to this question, the most accurate description of the levels of biological organization in the option is "Organs are composed of tissues that are composed of subunits called cells".